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更多>>時鐘專家PETERMANN推出最新高性能低成本晶振
來源：http://m.kxsigang.com 作者：帝國科技 2024年01月06
來自Landsberg am Lech的時鐘專家PETERMANN是世界上第一個推出微型陶瓷外殼的SMD晶振，尺寸為3.2×2.5 mm，專門用于處理基于超聲波的焊接和清潔。
同時，3.2×2.5 mm/4pad外殼的SMD晶振(系列SMD03025/4)已成為陶瓷外殼中最便宜的小型化SMD石英晶振。出于這個原因，適合超聲波焊接和清潔的石英在需求最大的外殼中可用，3.2×2.5 mm/4pad。
“SMD03025/4US”系列適用于超聲波的貼片晶振可以通過超聲波焊接和清洗。因此，這種石英，其石英諧振器具有特殊的固定超聲波限制，設(shè)計用于15khz, 20khz, 35khz和40khz的超聲波頻率。
“SMD03025/4US”的頻率范圍為12-40 MHz，在+25°C時，頻率公差從±10 ppm開始，在-20/+70°C的溫度范圍內(nèi)，溫度穩(wěn)定性從±10 ppm開始。在工業(yè)溫度范圍-40/+85°C之外，最接近的溫度穩(wěn)定性為±15 ppm。
由于價格非常實惠，在潔凈室中制造的抗超聲波全能產(chǎn)品可用于任何需要非常便宜的SMD石英的應(yīng)用，具有優(yōu)異的參數(shù)和出色的耐用性，例如汽車，醫(yī)療，嵌入式，工業(yè)，商業(yè)，WIFI，無線(WLAN, ISM, KNX, ZigBee, Z-Wave等)，消費者和電信部門等。
當(dāng)然，PETERMANN-TECHNIK產(chǎn)品范圍還包括32.768 kHz解決方案(石英和超低功率石英晶體振蕩器)。
除了非常廣泛的產(chǎn)品范圍外，PETERMANN-TECHNIK的專家還提供全面的產(chǎn)品建議。非常全面的電路分析/電路模擬也可以根據(jù)需要由內(nèi)部工程執(zhí)行。這些分析是根據(jù)DIN/IEC60444振蕩晶體標(biāo)準(zhǔn)進行的，包括振蕩安全測試(精確振蕩儲備的測定)，壓電性的測定和許多其他測試。
每個開發(fā)和生產(chǎn)專家都知道這一點!石英晶體不能進行超聲波焊接和清洗。石英諧振器在高頻焊接或清洗過程中損壞。令人難以置信的廣泛的最終報告提供了對連接的見解，將確認測試電路的正確尺寸或可能包含調(diào)整建議。與客戶的工程、采購、生產(chǎn)和質(zhì)量保證部門協(xié)調(diào)進行對該系列的支持。其目的是利用非常廣泛的服務(wù)范圍，以便能夠為客戶提供快速上市的時間。
Every development and production specialist knows it! Quartz crystal can’t handle ultrasonic welding and cleaning. The quartzcrystal resonators are damaged by the high-frequency welding or cleaning process.
The clocking specialist PETERMANN-TECHNIK from Landsberg am Lech is the first in the world to present an SMD quartz in miniaturised ceramic housing measuring 3.2×2.5 mm, which was specially developed to handle ultrasonic-based welding and cleaning. A sensation!
In the meantime, the SMD quartz in 3.2×2.5 mm/4pad housing (series SMD03025/4) has become the cheapest miniaturised SMD quartz in ceramic housing. For this reason, it is only logical that the quartz suitable for ultrasonic welding and cleaning is available in the housing that is in greatest demand, 3.2×2.5 mm/4pad.
The SMD quartz suitable for ultrasonic from the “SMD03025/4US” series can be welded and cleaned by ultrasonic. In doing so, this quartz, whose quartz resonator has a special fixed ultrasonic limit, is designed for ultrasonic frequencies of 15 kHz, 20 kHz, 35 kHz and 40 kHz.
The “SMD03025/4US”, available with a frequency range of 12–40 MHz, can be shipped with frequency tolerances starting at ±10 ppm at +25 °C and with temperature stabilities beginning at ±10 ppm beyond the temperature range of -20/+70 °C. Beyond the industrial temperature range of -40/+85 °C, the closest temperature stability is ±15 ppm.
Because of the very affordable price, the ultrasonic-resistant all-rounder, which is manufactured in clean rooms, can be used in any application that demands very inexpensive SMD quartz with excellent parameters and outstanding durability, such as in the automotive, medical, embedded, industrial, commercial, WIFI, wireless (WLAN, ISM, KNX, ZigBee, Z-Wave, etc.), consumer and telecommunications sectors and more.
Of course, the range of PETERMANN-TECHNIK products also includes 32.768 kHz solutions (quartzes and ultra low power oscillators).技術(shù)支持
In addition to the very extensive product range, the specialists at PETERMANN-TECHNIK also provide comprehensive product advice. Very comprehensive circuit analyses/circuit simulations can also be performed by in-house engineering as needed. These analyses are carried out based on the DIN/IEC60444 standards for oscillating crystals and include oscillation safety tests (determination of the exact oscillation reserve), determination of the piezoelectricity and many other tests.
The incredibly extensive final report provides insight on the connection, will confirm the correct dimensioning of the tested circuitry or may contain proposals for adjustment. Support for this series is carried out in coordination with the customer’s engineering, purchasing, production and QA departments. The aim is to make use of a very extensive range of services to be able to facilitate a fast time to market for the customer.
Every development and production specialist knows it! Quartz crystal can’t handle ultrasonic welding and cleaning. The quartzcrystal resonators are damaged by the high-frequency welding or cleaning process.
The clocking specialist PETERMANN-TECHNIK from Landsberg am Lech is the first in the world to present an SMD quartz in miniaturised ceramic housing measuring 3.2×2.5 mm, which was specially developed to handle ultrasonic-based welding and cleaning. A sensation!
In the meantime, the SMD quartz in 3.2×2.5 mm/4pad housing (series SMD03025/4) has become the cheapest miniaturised SMD quartz in ceramic housing. For this reason, it is only logical that the quartz suitable for ultrasonic welding and cleaning is available in the housing that is in greatest demand, 3.2×2.5 mm/4pad.
The SMD quartz suitable for ultrasonic from the “SMD03025/4US” series can be welded and cleaned by ultrasonic. In doing so, this quartz, whose quartz resonator has a special fixed ultrasonic limit, is designed for ultrasonic frequencies of 15 kHz, 20 kHz, 35 kHz and 40 kHz.
The “SMD03025/4US”, available with a frequency range of 12–40 MHz, can be shipped with frequency tolerances starting at ±10 ppm at +25 °C and with temperature stabilities beginning at ±10 ppm beyond the temperature range of -20/+70 °C. Beyond the industrial temperature range of -40/+85 °C, the closest temperature stability is ±15 ppm.
Because of the very affordable price, the ultrasonic-resistant all-rounder, which is manufactured in clean rooms, can be used in any application that demands very inexpensive SMD quartz with excellent parameters and outstanding durability, such as in the automotive, medical, embedded, industrial, commercial, WIFI, wireless (WLAN, ISM, KNX, ZigBee, Z-Wave, etc.), consumer and telecommunications sectors and more.
Of course, the range of PETERMANN-TECHNIK products also includes 32.768 kHz solutions (quartzes and ultra low power oscillators).技術(shù)支持
In addition to the very extensive product range, the specialists at PETERMANN-TECHNIK also provide comprehensive product advice. Very comprehensive circuit analyses/circuit simulations can also be performed by in-house engineering as needed. These analyses are carried out based on the DIN/IEC60444 standards for oscillating crystals and include oscillation safety tests (determination of the exact oscillation reserve), determination of the piezoelectricity and many other tests.
The incredibly extensive final report provides insight on the connection, will confirm the correct dimensioning of the tested circuitry or may contain proposals for adjustment. Support for this series is carried out in coordination with the customer’s engineering, purchasing, production and QA departments. The aim is to make use of a very extensive range of services to be able to facilitate a fast time to market for the customer.
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