BeliSpeaker Tweeter Driver Cm terlengkap harga murah June 2022 terbaru daerah di Tokopedia! â Promo Pengguna Baru â Kurir Instan â Bebas Ongkir â Cicilan 0%.
BeliSpeaker Tweeter Mobil terlengkap harga murah Juli 2022 terbaru di Tokopedia! â Promo Pengguna Baru â Kurir Instan â Bebas Ongkir â Cicilan 0%.
Tweeterpanggil, ditempatkan disebelah kiri dan kanan rumah walet dengan posisi corong menghadap keluar. Jumlah tweeter panggil walet yang baik antara 2-4 buah tweeter Tweeter tarik, tweeter ini dimaksudkan untuk menarik perhatian burung walet yang sudah masuk di lantai atas, agar turun ke lantai bawah.
39 Speaker tweeter sebaiknya ditempatkan di .. a. Didepan b. Ditengah c. Disamping d. Diatas e. Dibelakang 40. Jenis speaker yang menghasilkan frekuensi rendah adalah.. a. Speaker center b. Subwoofer c. Speaker middle d. Tweeter center e. Woofer
BeliSpeaker Tweeter Driver terlengkap harga murah June 2022 terbaru di Tokopedia! â Promo Pengguna Baru â Kurir Instan â Bebas Ongkir â Cicilan 0%.
Decem In Tips and tricks. Hai para audiophiles! Kemarin kita telah membahas tiga langkah penempatan speaker yang baik pada part 1. Jadi, masih ada tiga langkah atau tips yang akan dibahas lagi. Diikuti ya guys! Berikut adalah tiga langkah selanjutnya agar posisi speaker yang ditempatkan menghasilkan kualitas suara yang bagus.
. ï»żBerikut ini adalah Soal Ulangan Akhir Semester mata pelajaran Teori Produktif program keahlian Teknik Audio Video untuk SMK kelas duabelas semester ganjil. Sumber latihan soal ini sudah disesuaikan dengan kisi-kisi- ktsp 2006 maupun kurikulum 2013 revisi. Dengan adanya contoh soal ini diharapkan siswa dapat menjawab pertanyaan soal yang terkait dengan UAS, UTS, maupun Ujian Nasional Tahun Ajaran 2017/2018. Soal Ulangan Teori Produktif Teknik Audio dan Video Bagi kalian yang duduk di bangku Sekolah Menengah Kejuruan pastinya telah mempelajari materi pelajaran yang terkait dengan teknik audio video bukan ! Maka dengan hal tersebut sudah barang tentu kalian bisa menjawab soal-soal dibawah ini yang terkait dengan mapel teori produktif. 40 Soal Ulangan Teori Produktif Jawablah pertanyaan-pertanyaan yang terkait dengan teknik audio dan video ini dengan memberi tanda silang X pada salah satu jawaban yang paling kalian anggap benar dan tepat. 1. Ketika audio mobil mengeluarkan suara dengung yang keras maka kerusakan ada pada...... a. Speaker b. Power supply c. Power amplifier d. CD player e. Fuse 2. Yang berfungsi sebagai penyaring frekuensi adalah.......... a. Crossover b. Kapasitor c. inductor d. Subwoofer e. Woofer 3. Filter tegangan berfungsi untuk....... a. Anti storing b. Pembersih suara c. Penambah tegangan d. Penambah arus e. Penambah daya 4. Besarnya tegangan yang dibutuhkan untuk audio mobil adalah........... a. 6 volt b. 12 volt c. 24 volt d. 48 volt e. 50 volt 5. Fungsi Subwoofer pada perangkat audio mobil sebagai......... a. Penghasil frekuensi tinggi b. Penghasil frekuensi menengah c. Penghasil frekuensi penyeimbang d. Penghasil frekuensi rendah e. Penghasil frekuensi samping 6. Cara membuang tegangan yang tersisa pada tudung playback adalah......... a. Menghubung singkat power supplay b. Menghubung singkat tudung playback ke ground c. Menghubung singkat transistor horizontal d. Menghubung singkat IC vertical e. Menghubung singkat ROB pada blok matrik 7. Tujuan membaca skema televisi dalam hal memperbaiki adalah....... a. Belajar membaca skema b. Mengetahui symbol komponen c. Memahami fungsi komponen d. Mengetahui letak blok komponen televisi e. Mengetahui jenis-jenis komponen 8. Yang perlu diperhatikan dalam hal memperbaiki TV adalah......... a. Mengetahui bahaya terkena aliran listrik b. Mengetahui bahaya komponen c. Mengetahui bahaya kebakaran d. Mengetahui bahaya panas e. Mengetahui bahaya dingin 9. Alat bantu perbaikan tv yang berfungsi melihat hasil gambar adalah....... a. Osciloscop b. AFG c. Frekuensi Counter d. Multi Tester e. Cermin 10. Yang berfungsi membersihkan katoda pada CRT adalah....... a. Gun CRT b. Playback tester c. Multitester d. Gousing e. Patem generator 11. Jika kondisi layar bergaris tegak lurus maka kerusakan pada blok........ a. Blok Vertikal b. Blok Horizontal c. Blok Audio d. Blok Video e. Blok Program 12. Yang berfungsi sebagai penghasil tegangan disamping power suplay adalah........ a. Tuner b. Panel Kontrol c. Playback d. IC program e. Transistor horizontal 13. Jika menekan tombol volume ternyata hasilnya yang berubah chanel, maka kerusakan pada...... a. Tombol push on b. IC Program c. IC Vertikal d. Transistor Horizontal e. Tuner 14. Fungsi dan Yoke pada Iayar televisi adalah....... a. Menghasilkan gambar b. Menghasilkan suara c. Menarik berkas electron vertical dan horizontal d. Menghasilkan tegangan e. Penstabil tegangan. 15. Standar tegangan yang diperlukan untuk B + path playback adalah...... a. 90 volt b. 95 volt c. 100 volt d. 105 volt e. 120 volt 16. Hasil pengukuran hambatan listrik yang ditunjukan oleh jarum penunjuk pada papan skala jika digunakan selector batas ukur X 100 K adalah..... a. 26 K K c. 2600 K d. 220 K e. 220 K 17. Untuk melihat pola gambar maka digunakan alat dibawah ini........ a. Osciloscope b. AFG c. RCL meter d. Patern Generator e. Counter 18. Bila tombol SWEEP TIME / DIV berada pada posisi 1 ms, VOLT / DIV pada posisi 1 Volt, maka besarnya frekuensi dan tegangan peak to peak pada tampilan osciloscop di bawah ini adalah a. 8 Vpp / 500 Hz Vpp / 250 Hz c. 10 Vpp / 2 kHz Vpp / 1 kHz e. 4Vpp / 2 kHz 19. Untuk mengukur intensitas cahaya adalah......... a. Multi tester b. RCL meter c. Osciloscope d. AFG e. LUX meter 20. Untuk menampilkan bentuk gelombang digunakan alat ukur......... a. Osciloscope b. AFG c. RCL meter d. Patern generator e. Frekuensi Counter 21. Untuk mengukur tegangan AC 34 Volt, maka digunakan skala pada posisi selector........ a. 10 Volt DC b. 10 VoIt AC c. 50 Volt DC d. 50 voIt AC e. 250 Volt DC 22. Alat ukur yang menghasilkan frekuensi adalah ......... a. Multi tester b. RCL meter c. Oscioscope d. AFG e. Sound level meter 23. Jika pada bodi tertulis 333 maka nilainya setara dengan........ a. 3,3 nF b. 33 nF c. 330 pF d. 33 pF e. 3,3 pF 24. Untuk mengukur sensor LDR digunakan alat ukur ............. a. RCL meter b. Frekuensi meter c. Volt meter d. kapasitor tester e. Ohm meter 25. Pada pesawat penenma TV berwara blok yang berfungsi berkas sinar keatas dan kebawah adalah...... a. Blok vertical b. Blok horizontal c. Blok matrik RGB d. Blok video e. Blok audio 26. Fungsi dan Speaker Front adalah............ a. Sebagai speaker depan b. Sebagai speaker bdakang c. Sebagal speaker samping d. Sebagal speaker atas e. Sebagai speaker bawah 27. Salah satu instalasi home theater yang baik memerl ukan perencanaan........ a. Rumah yang mewah b. Ruangan yang berongga c. Optimasi system speaker harus dipilih d. Televisi hitam putih e. Penempatan speaker diatur didepan display seluruhnya 28. Berikut adalah salah satu perangkat peralatan Home Theater.......... a. A/V transceiver b. A/V sources c. Speaker Horn d. Radio e. Antena 29. Suara surround standar yang harus dipenuhi adalah....... a. Ditempatkan didepan, diatas dan dibawah b. Ditempatkan ditengah, disamping kanan c. Ditempatkan dibelakang, didepan d. Ditempatkan disampingkin, disampingkanan e. Ditempatkan didepan, ditengah dan dibelakang 30. Berikut minimal ukuran display home theater ........... a. 20 inch b. 23 inch c. 25 inch inch e. 35 inch 31. Jenis speaker yang ditempatkan pada ketinggian telinga ketika duduk adalah........... a. Speaker center b. Subwoofer c. Speaker middle d. Tweeter center e. Woofer 32. Urutan yang benar susunan sound system adalah sebagai berikut .......... a. Blue ray player â equalizer â mixer â power amplifier b. Blue ray player - mixer - equalizer - power amplifier c. Mixer â Blue ray player â equalizer â power amplifier d. Blue ray player â power amplifier â mixer â equalizer e. Equalizer â power amplifier â Blue ray player â mixer 33. Perawatan home theater yang benar adalah............ a. Menempatkan volume path posisi tinggi b. Penempatan peralatan home theater path ruangan tidak berventilasi c. Meletakkan peralatan pada permadani atau permukaanlunak d. Suhuruang diatas 30 derajat celcius e. Menempatkan peralatan jauh dan sumber panas cahaya matahari 34. Penempatan peralatan audio home theater untuk menghasilkan suara surround adalah...... a. Mengambil speaker 4 ditambahkanal belakang b. Mengambil speaker 4 ditambah speaker 2 kanal belakang c. Mengambil 4 speaker treabel dan 1 speaker bass/subwoofer d. Mengambil 4 speaker bass dan 1 speaker treabel e. Mengambil 4 speaker middle dan 1 speaker bass 35. Fungsi dart LM7812 adalah...... a. Mematikan dan menyalakan power amplifier dengan kendali head unit b. Sebagai pengaman power amplifier c. Pengatur besar kecil suara d. Sebagai pengaman speaker e. Penstabil tegangan 36. Penempatan speaker rear berada di posisi........... a. Didepan b. Ditengah c. Disamping d. Diatas e. Dibelakang 37. Jenis kabel yang digunakan dari head unit ke input amplifier adalah ........... a. Feeder b. exerem c. Coaxial d. NYM e. NGA 38. Jenis konektor yang digunakan path system audio mobil.......... a. ROB b. NYM c. NOA e. Antena 39. Speaker tweeter sebaiknya ditempatkan di ...... a. Didepan b. Ditengah c. Disamping d. Diatas e. Dibelakang 40. Jenis speaker yang menghasilkan frekuensi rendah adalah......... a. Speaker center b. Subwoofer c. Speaker middle d. Tweeter center e. Woofer Pada soal-soal latihan teori produkti diatas terdapat gambar yang tidak bisa team zona soal tampilkan karena untuk memperingan loading blog. Namun kalian bisa melakukan download soalnya secara lengkap berikut gambarnya. Download 40 Soal Ulangan Teori Produktif Teknik Audio dan Video untuk SMK Semester Ganjil Ikuti terus blog Zona Soal ini agar kalian mendapatkan rangkuman materi pelajaran dan kumpulan contoh soal-soal latihan seperti soal Ulangan Tengah Semester UTS, soal Ulangan Akhir Semester UAS, soal Ulangan Kenaikan Kelas UKK, Ulangan Bersama atau Ujian Nasional UN untuk SD, MI, SMP, SMA, SMK maupun MTs yang telah disesuaikan dengan kisi-kisi tahun ajaran terbaru. Demikian uraian soal ulangan materi pelajaran teori produktif yang berhubungan dengan teknik audio video yang diperuntukkan khusus Sekolah Menengah Kejuruan SMK semester ganjil/1. Semoga bermanfaat.
0% found this document useful 0 votes92 views6 pagesOriginal Titlesoal uas teori teknik audio video kelas duabelas semester ganjil © All Rights ReservedShare this documentDid you find this document useful?0% found this document useful 0 votes92 views6 pagesSoal Uas Teori Teknik Audio Video Kelas Duabelas Semester GanjilOriginal Titlesoal uas teori teknik audio video kelas duabelas semester ganjil to Page You are on page 1of 6 You're Reading a Free Preview Pages 4 to 5 are not shown in this preview. Reward Your CuriosityEverything you want to Anywhere. Any Commitment. Cancel anytime.
Traditional speakers produce sound by using an electromagnet to move a flexible cone back and forth. They use drivers to help translate electrical signals into physical vibrations so that you can hear recorded sounds. A tweeter is the type of speaker driver that produces the highest range frequency. The other two main drivers are woofers and midrange. Basically, a driver moves a flexible cone, or diaphragm, back and forth very quickly to produce sound waves. The diaphragm is normally made of paper, plastic or metal and it's attached to the suspension's wide end. The suspension, also called the surround, is a flexible metal rim that lets the cone move. It's connected to the basket, which is the driver's metal frame. On the narrow end of the cone is a voice coil, which hooks up to the basket via a flexible metal ring that lets the coil move back and forth while still keeping it in place. The difference between a tweeter and the other two types of drivers is mainly size-related. A woofer is the biggest type of driver, and it's meant to create low-frequency sounds. Meanwhile, tweeters are a lot smaller and they make the highest frequency sounds. Not surprisingly, midrange speakers cover the middle part of the spectrum between the woofers and the tweeters. The size of the tweeter dictates the frequency because to make higher frequency waves, the diaphragm has to vibrate faster. It's too hard for a large driver to vibrate fast enough to create the sounds of a tweeter. Often, a stereo will break down its electrical signals into different frequencies, and each of the three types of driver will handle the part assigned to its capabilities. Many times, the drivers are all housed within the same enclosure.
89% found this document useful 9 votes4K views2 pagesOriginal TitleSoal Perencanaan Instalasi sistem Audio Video Copyright© © All Rights ReservedShare this documentDid you find this document useful?89% found this document useful 9 votes4K views2 pagesSoal Perencanaan Instalasi Sistem Audio VideoOriginal TitleSoal Perencanaan Instalasi sistem Audio Video Jump to Page You are on page 1of 2 You're Reading a Free Preview Page 2 is not shown in this preview. Reward Your CuriosityEverything you want to Anywhere. Any Commitment. Cancel anytime.
Tweeters are an integral part of most speaker system setups. They either sit separately in multi-speaker arrangements or as part of single-unit systems. But what is a tweeter? A tweeter speaker is a type of speaker designed to produce sound in the higher frequency range. Theyâre important accompaniments for woofers and other speakers unable to reproduce higher-pitched sound frequencies. The best sound setups include tweeters to ensure the perfect listening experience. In the rest of the article, Iâll explain more about tweeter speakers, what they do, and the different types available. Iâll also provide you with some of the best options available today that you can get for your setup. Tweeter Speaker Design Tweeters have a compact design because they produce smaller sound waves. The small cone also means theyâre designed to point directly to the listener. Their sound range is mostly within 3-20 kilohertz, but some manufacturers can implement different limitations. The standard design of a tweeter consists of the following A small magnet with a circular gap on the copper wire voice coil connected to the speaker dome. The speaker assembly is affixed into the gap within the magnet. The dome is held together on its side by some tough but flexible material. Amplified music signal reaches the tweeter via the standard positive+/negative- wiring connections. Once this happens, the voice coil triggers a magnetic field within the magnetic gap region. The reaction causes the tweeter coil and dome to move back and forth, cycling air quickly to trail the signal. A combination of these intricate movements leads to sounds you hear. The Role of Tweeter Speakers As mentioned earlier, tweeter speakers produce trebles and other high-frequency sounds such as synthetic keyboard sounds, cymbals, drum hi-hats, etc. They complement other speakers that arenât designed to replicate such sound. Combined with a subwoofer and standard 2-way speakers, tweeters can help ensure near-perfect sound reproduction. Tweeters are important in music because they ensure listeners hear the full range of sounds in any piece of music or movie. Sound setups, including tweeters, sound more pleasing and more natural compared to those without them. Tweeter Impedance and Power Ratings Explained Impedance describes a speakerâs total electrical resistance to current. The unit is in Ohms. The voice coil in any tweeter speaker features a long amount of wire wound into a coil. The wire has electrical resistance. Impedance rating is important because you need to know what it is to choose the right matching components for your tweeter or the other way round. Mismatched speaker impedance causes one to play at volumes far higher than the other. Generally, home tweeters are rated at 8 ohms, while car options are rated at 4 ohms. However, those numbers are generally an estimate. A tweeter speaker with an 8 ohms rating is most likely a 6-7 ohms speaker. Keep this in mind when itâs time to choose your tweeter speaker. Your tweeters have to match the rated impedance expected from an amplifier. Amplifiers can overheat if used with speakers too low for the design. So, for example, you canât use a 4 ohms tweeter if the amplifier has an 8 ohms rating. On power ratings, the first thing you should know is that tweeter speakers arenât designed to handle the same level of power as other large speakers. Woofers and subwoofers can deal with larger amounts of heat because they all feature a larger voice coil wiring gauge. You should expect around 15W RMS for most home tweeter speakers. However, itâs not uncommon to find models with up to 50W of power rating at the higher end of the price scale. Different Types of Tweeters and Dome Materials Tweeter speakers come with domes made of a wide range of materials. Some of the common options you can expect to find include KaptonCeramics or ceramic-coated domesMetal alloys, titanium, and aluminumMetal-coated plasticsMylarTextile silk and other materials You may occasionally come across some less common materials, but always be sure to get clarity on the type of material used in making the tweeter. Some obscure brands arenât always clear in this regard. Related article Are Bigger Tweeters Better? Textile or silk are the most common tweeter speaker materials you can find. For models in the middle or upper range bracket, you may occasionally find aluminum or titanium as the material. Letâs look at tweeters made of these materials in a bit more detail. Mylar or PEI Tweeters The dome in Mylar and PEI tweeters is made of plastics. Youâll find these in budget or coaxial sound setups. Theyâre the affordable option to go with, but theyâre not the best if youâre looking for the most accurate sound replication. You can easily notice the difference when comparing the sound to what youâll hear on a silk dome tweeter. Some of these models use a type of metal coating to create a hybrid solution that may or may not improve the overall sound quality. Silk Tweeters Silk tweeters are popular for their extra stiffness and a specific tinge of sound. Some silk tweeters combine materials like diamond or ceramic to increase sound quality even further. However, itâs important to note that the material used in making your tweeter dome isnât the sole factor that determines quality. Look at the relevant frequency charts for a more reliable take on the quality of the product. Where the frequency chart is not available, you should request more information or go with a model that supplies the chart. Failing to do so, you may end up with a tweeter that will deliver extremely harsh sounds or one that emphasizes specific sound ranges too much or too little. Bullet and Super Tweeters Bullet and super tweeters are similar to others weâve mentioned here, but they may have a bullet shape in the dome to accentuate the sounds produced. These designs are good options because they deliver some of the highest volumes and ensure excellent power handling. Theyâre great for scenarios where high power handling and loud volumes are necessary. So, you should probably look elsewhere if youâre in the market for a tweeter speaker to use indoors. Compression Horn and Horn Tweeters These are a special class of speakers. Entry-level models in this range are also affordable, but theyâre not the greatest in producing good musical tones. They also have slightly higher volumes compared to tweeters of a similar size. The important distinguishing factor between these tweeters and others is that they feature piezoelectric crystals instead of a magnet, as with other models. The piezoelectric crystal is connected to a mechanical diaphragm such as a digital or electronic clock. These designs often have high impedance. Concentric/Ring Radiator Tweeters Concentric radiators are a rare group. They feature a combination of moving surfaces made of a center plug and several rings. These tweeters are more sonically accurate, delivering more musical detail overall. A major downside of these tweeters is that they donât sound great in arrangements where they arenât directly facing the listener. Ribbon Tweeters Ribbon tweeters are slightly different from the rest. Their design features a thin ribbon diaphragm that produces sound by moving back and forth in a linear model. Theyâre some of the most common in the market today, and they deliver some of the best sounds. However, the level of quality will vary across price ranges. The $600 models will sound better than the $50 models. One of the main reasons for their quality is that their impedance is flatter on the frequency response range compared to tweeters featuring a magnet and a voice coil. Top Tweeter Speakers To Buy for Your Home Are you in the market for Tweeter speakers? Below are some of the best options you can consider right now that are available on Aperion Audio Aluminum Ribbon Super Tweeter Speaker Pair â MKII The tweeter pair from Aperion provides highly detailed audio that will enhance the sound production of your existing audio equipment. The speakers offer five channels to switch across and a âTreble Adjustâ point that allows you to reduce the treble volume by up to 5 decibels. The product features gold-plated binding posts, making it easy for you to connect the Aperion to your existing speaker terminals. The compact design of the speakers means you donât have to stress about where to position them. With the soft, rubber seating, you donât have to worry about the speaker scratches on your bookshelf or TV stand, either. The seating also ensures the speakers can shift while in use. The Aperion Super Tweeter pair is designed to crossover at frequency rates higher than what youâll find with standard tweeters. Youâre sure to notice improvements in the sound texture, density, and detail. The set comes in four colors to choose from stealth black, glossy oak, gloss black, and pure white. The models have a solid build guaranteed to hold up well for years, and theyâre no slouches on the aesthetic appeal front either. You can confidently add them to your homeâs interior dĂ©cor. Pairing these tweeters with other high-quality speakers is an excellent way to ensure top-end sound delivery. Pros Itâs designed for easy placement on top of main has a 6 ohms impedance and 96db sensitivity making it a good fit for most home offers 20 Watts of direct power handling. The frequency range is between 8-40 a high-pass filter with five preset crossover available in a range of colorsIt delivers highly detailed high-frequency sounds. Cons The volume isnât loud enough for very large design may be too simple for some users. Pyle Pro PAHT6 4 Driver Tweeter System The Pyle Pro PAHT6 4 Driver Tweeter System is an excellent product from one of the leading names in the budget home audio space. Itâs an affordable upgrade for any underperforming stereo system. You can run the product next to any compatible speaker set without the need for a dedicated amp. The angular and carpeted MDF design means that the product will fit in right next to almost any kind of audio system. The tweeter system is capable of producing very clear highs without any distortion. It works best when paired with a 100-watt operating system. The tweeter comes with a quick-connect spring lever terminal to ensure a very easy setup. The Pro PAHT6 is designed to deliver frequency response ranges between 4 and 27 kHz and a 97db sensitivity rating. It also has 150 watts of RMS and 150-watt of peak power handling. The product can fit nicely next to any home theater or AV system, delivering more sparkle and depth to your sound. The product is backed by a one-year warrantyâwhich is a surprise at this price range. The rugged nature of the exterior component and the high-level piezo drivers means that youâre unlikely to need the warranty. Pros The carpeted MDF enclosure reduces has a speaker sensitivity of easy to set up due to the quick-connect spring-lever frequency response ranges between 4-27 delivers 150-300 watts of peak power maximum power output is 200 get a 1-year compact design makes it easy to move around. Cons The six tweeters in one compact body may be a negative for some design is compact but heavy. Pyramid 300-Watt Marine Tweeter Speaker Set The 300-Watt set from Pyramid is a design primarily made for boats and other such vehicles, but they can fit into a home speaker setup. They have a frequency response ranging from 2 to 25 kHz and impedance set at 4-ohms. They can deliver 300 watts of power due to their 20-ounce magnetic design. The speakers are enclosed in an attractive aluminum casing which can sit nicely on any bookshelf or TV stand. Mounting them is easy as they all come with the important accessories you need. The set is a durable combination of aluminum bullet horns, high-temperature voice coils, and a titanium dome. Installing a set guarantees some of the most crystal-clear sounds on tweeters within this range. The setâs power delivers excellent volumes without unwanted distortion. The colorful casings can add to your homeâs overall appeal. Pros The product comes in works well both in marine vehicles and in-home sound 20-ounce magnetic structure delivers 300 watts of peak swiveling aluminum casings are heavy-duty and features titanium impedance rating is set at 4 ohms. Cons Thereâs no manufacturer set might look out of place in some home theater setups. Factors To Consider When Choosing a Tweeter Speaker To help you choose the perfect tweeter speaker, here are some factors you should keep in mind Build Quality and Construction You need to pay attention to the build, shape, and design of your tweeter speakers. As weâve seen above, tweeters can be made of a wide range of materials, including ceramic, Mylar, alloy, aluminum, textile, and more. Choose the option that best fits the use case. Youâll get the most durability from the speakers with the metallic build, but the Mylar or plastic products can also work well. Power Rating You need to choose a tweeter speaker with the right impedance and RMS power rating to fit your wider sound system. Itâs important to avoid mismatching your amplifier impedances and your speaker. Such a setup will leave you with uneven or tainted audio delivery. Itâs also a good idea to confirm the efficiency rating of the tweeterâa measure of the level of sound your speakers can produce with a specific amount of power. You should watch for an efficiency rating of 91 decibels per watt. Speaker Sensitivity The sensitivity of your tweeter should be at least 90 decibels. Higher sensitivity ratings ensure louder top-end sounds overall. However, the sensitivity should match the rest of your speaker system if youâre to enjoy the best results. Most of our recommended tweeters have a sensitivity rating of 95+ decibels. Speaker Cost How high are you willing to go? You should compare the cost of speakers youâre considering to your budget. Affordable tweeter speakers can still improve your sound system, but the key is to find a tweeter speaker within the price category of the sound setup you intend to use it with. Using a $100 tweeter with a $2000 speaker system wonât change the sound results. Final Thoughts Tweeter speakers are important fixtures in any audiovisual setup. They work to enhance the sound clarity and ensure you can pick up more distinct treble sounds. When combined with the right woofers and subwoofers, tweeters can instantly improve your overall listening experience. Just be sure to always go for tweeters that match your existing sound setup in impedance and power rating. Itâs a guaranteed way to avoid corrupted sound and potential damage to all or some of your sound equipment.
speaker tweeter sebaiknya ditempatkan di
