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彼得曼高质量的SMD石英晶体列表

返回列表 来源:冠杰电子 浏览:- 发布日期:2023-09-07 09:14:12【

彼得曼高质量的SMD石英晶体列表,十分知名的晶振品牌PETERMANN-TECHNIK公司,凭着自身的努力,实现自我的价值的最大化,同时不断为行业贡献极其具有价值的产品,PETERMANN-TECHNIK公司名称代表着产品质量、性能和可持续性。我们从一个单一来源提供多种极具成本效益的解决方案——从我们最优质的石英晶体谐振器产品开始,通过合格的工程服务到我们的全球物流理念。

我们在频率控制产品(FCP)的开发、生产和销售方面积累了丰富的专业知识。运用我们的长期经验,我们最大限度地减少终端系统设计,同时缩短上市时间。结合我们深入的技术服务(设计、模拟、测试和验证),我们通过提供正确的解决方案来紧急解决客户的问题。您可以相信我们可靠的高质量供应商的经验,他们致力于提供最具创新性的频率控制元件。

对于每一件产品和必要的服务,我们在失败和成功之间做出了最大的区别。因为我们的主要目标是通过合作和响应的伙伴关系,为我们的客户提供具有最高性能和最大可靠性的竞争性产品。

彼得曼技术公司的基石是支持、交付、质量、可靠性和降低成本。我们邀请我们所有的客户从我们的性能中受益,使他们能够通过使用我们高质量和极长寿命的频率控制产品来开发安全工作的终端产品。画出你的可能性和储蓄潜力。

根据参数数据输入查找LRT技术石英晶体。使用此配置器提供下拉菜单来选择您的晶体。

输入更多参数将缩小搜索结果。比较、选择和评估!

我们为新应用推荐以下畅销和长期可用的产品:

  • HC-49/美国SMD-如果板上有很多空间。低电阻允许快速振荡启动。

  • SMD01612/4      -电阻优化、非常快速振荡的微型SMD石英晶体,适用于非常小的应用,也适用于汽车应用。建议大于24 MHzSMD02016/4.

  • SMD02016/4      -电阻优化、非常快速振荡的微型SMD石英晶体,适用于非常小的应用,也适用于汽车应用。

  • SMD03025/4-陶瓷外壳中最通用、最具成本效益的MINI-SMD石英。低电阻促进 快速振荡启动。

  • SMD0503/4-频率范围为8.0 - 12.0MHz的最便宜的SMD晶振,也适用于汽车。建议大于12 MHzSMD03025/4.

  • M3215-是用的最多的32.768 kHz贴片手表石英。也有最大50千欧的低电阻版本。针对低功耗设计和汽车应用(AECQ200)。

  • M1610-非常小的32.768 kHz贴片手表石英。也有最大60千欧的低电阻版本。针对低功耗设计和汽车应用(AECQ200)。

  •   Product Name Package Product Category Dimensions in mm (W x D x H) Frequency Range
                   Choose             SMD                 Choose             kHz Crystal MHz                 Choose                           Choose 
    HC-49/US-SMD/2 pads
    HC-49/US-SMD/2 pads SMD Metal MHz Crystal 11.05 x 4.7 x 4.2 mm 3.50 - 80.00 MHz
    HC-49/US-GSMD/3 pads
    HC-49/US-GSMD/3 pads SMD Metal MHz Crystal 11.05 x 4.7 x 4.2 mm 3.50 - 80.00 MHz
    HC-49/U-SMD CLIP
    HC-49/U-SMD CLIP SMD Metal MHz Crystal 11.05 x 5.3 x 18.0 mm 1.84 - 200.00 MHz
    UM/1-SMD CLIP
    UM/1-SMD CLIP SMD Metal MHz Crystal 8.0 x 3.6 x 12.5 mm 6.00 - 200.00 MHz
    UM/5-SMD CLIP
    UM/5-SMD CLIP SMD Metal MHz Crystal 6.0 x 3.6 x 10.5 mm 6.00 - 200.00 MHz
    SMD01612/4 (Low ESR)
    SMD01612/4 (Low ESR) SMD Ceramic/4pad MHz Crystal 1.6 x 1.2 x 0.3 mm 24.00 - 285.00 MHz
    SMD02016/4 (Low ESR)
    SMD02016/4 (Low ESR) SMD Ceramic/4pad MHz Crystal 2.0 x 1.6 x 0.45 mm 16.00 - 285.00 MHz
    SMD02016/4 Ultrasonic
    SMD02016/4 Ultrasonic SMD Ceramic/4pad MHz Crystal 2.0 x 1.6 x 0.45 mm 26.00 - 54.00 MHz
    SMD02502/4 (Low ESR)
    SMD02502/4 (Low ESR) SMD Ceramic/4pad MHz Crystal 2.5 x 2.0 x 0.6 mm 12.00 - 285.00 MHz
    SMD03025/4 (Low ESR)
    SMD03025/4 (Low ESR) SMD Ceramic/4pad MHz Crystal 3.2 x 2.5 x 0.8 mm 8.00 - 285.00 MHz
    SMD03025/4 Ultrasonic
    SMD03025/4 Ultrasonic SMD Ceramic/4pad MHz Crystal 3.2 x 2.5 x 0.7 mm 12.00 - 40.00 MHz
    SMD0503/4 (Low ESR)
    SMD0503/4 (Low ESR) SMD Ceramic/4pad MHz Crystal 5.0 x 3.2 x 0.8 mm 8.00 - 133.00 MHz
    SMD0503/2 (Low ESR)
    SMD0503/2 (Low ESR) SMD Ceramic/2pad MHz Crystal 5.0 x 3.2 x 0.75 mm 8.00 - 112.00 MHz
    SMD0503/2CC (Low ESR)
    SMD0503/2CC (Low ESR) SMD Ceramic/2pad MHz Crystal 5.0 x 3.2 x 1.2 mm 10.00 - 54.00 MHz
    SMD0603/4 (Low ESR)
    SMD0603/4 (Low ESR) SMD Ceramic/4pad MHz Crystal 6.0 x 3.5 x 1.1 mm 8.00 - 80.00 MHz
    SMD0603/2 (Low ESR)
    SMD0603/2 (Low ESR) SMD Ceramic/2pad MHz Crystal 6.0 x 3.5 x 1.1 mm 8.00 - 160.00 MHz
    SMD0507/4 (Low ESR)
    SMD0507/4 (Low ESR) SMD Ceramic/4pad MHz Crystal 7.0 x 5.0 x 1.3 mm 6.00 - 80.00 MHz
    SMD0507/2 (Low ESR)
    SMD0507/2 (Low ESR) SMD Ceramic/2pad MHz Crystal 7.0 x 5.0 x 1.1 mm 6.00 - 150.00 MHz
    SMD1045/4
    SMD1045/4 SMD Ceramic/4pad MHz Crystal 10.0 x 4.5 x 1.4 mm 3.2768 MHz - 10 MHz
    SMD1045/2
    SMD1045/2 SMD Ceramic/2pad MHz Crystal 10.0 x 4.5 x 1.4 mm 3.2768 MHz - 10 MHz
    HC-49/US/2 pins
    HC-49/US/2 pins THT Metal MHz Crystal 11.05 x 4.65 x 3.5 mm 3.49 - 75.00 MHz
    HC-49/US/3 pins
    HC-49/US/3 pins THT Metal MHz Crystal 11.05 x 4.65 x 3.5 mm 3.49 - 75.00 MHz
    HC-49/U
    HC-49/U THT Metal MHz Crystal 11.05 x 4.7 x 13.4 mm 1.84 - 200.00 MHz
    UM/1
    UM/1 THT Metal MHz Crystal 8.0 x 3.1 x 8.0 mm 6.00 - 200.00 MHz
    UM/5
    UM/5 THT Metal MHz Crystal 8.0 x 3.1 x 6.0 mm 6.00 - 200.00 MHz
    M1610 (AVAILABLE IN STOCK)
    M1610 (AVAILABLE IN STOCK) SMD Ceramic/2pad kHz Crystal 1.6 x 1.0 x 0.45 mm 32.768KHZ晶振
    M2012 (AVAILABLE IN STOCK)
    M2012 (AVAILABLE IN STOCK) SMD Ceramic/2pad kHz Crystal 2.0 x 1.2 x 0.55 mm 32.768 kHz
    M3215 (AVAILABLE IN STOCK)
    M3215 (AVAILABLE IN STOCK) SMD Ceramic/2pad kHz Crystal 3.2 x 1.5 x 0.75 mm 32.768 kHz
    M3215HT (High Temp. -40/+125°C)
    M3215HT (High Temp. -40/+125°C) SMD Ceramic/2pad kHz Crystal 3.2 x 1.5 x 0.75 mm 32.768 kHz
    M3215RR (50 kΩ - low power design)
    M3215RR (50 kΩ - low power design) SMD Ceramic/2pad kHz Crystal 3.2 x 1.5 x 0.75 mm 32.768 kHz
    M3215A (AEC-Q200)
    M3215A (AEC-Q200) SMD Ceramic/2pad kHz Crystal 3.2 x 1.5 x 0.75 mm 32.768 kHz
    M4819 (Not recommended for new design)
    M4819 (Not recommended for new design) SMD Ceramic/2pad kHz Crystal 4.8 x 1.9 x 0.8 mm 32.768 kHz

  • 推荐用于超声波塑料外壳焊接工艺
  • 低成本高可靠性
  • 电阻降低的石英设计,用于快速、安全的振荡启动
  • +25°C时的频率容差为10ppm,温度稳定性高,可交付低老化产品
  • 非常适合用于电子产品、通信设备、汽车产品、医疗设备、蓝牙

每个开发和生产专家都知道!石英晶体不能处理超声波焊接和清洗。高频焊接或清洗过程会损坏石英谐振器。

来自德国兰茨贝格的制表专家PETERMANN-TECHNIK是世界上第一家推出小型化SMD石英晶振的公司尺寸为3.2×2.5毫米的陶瓷外壳,专门开发用于处理基于超声波的焊接和清洗。轰动了!

与此同时,3.2×2.5mm/4pad外壳的SMD石英(SMD03025/4系列)已成为陶瓷外壳中最便宜的小型化SMD石英。因此,最需要的外壳(3.2×2.5 mm/4pad)中提供适用于超声波焊接和清洗的石英是合乎逻辑的。

适用于超声波的贴片石英SMD03025/4US系列可以通过超声波焊接和清洗。为此,该石英(其石英谐振器具有特殊的固定超声波极限)被设计用于15 kHz、20kHz、35kHz和40kHz的超声波频率。

“SMD03025/4US”的频率范围为12–40MHz,在+25°C时的频率容差起始值为10 ppm,在-20/+70°C温度范围之外的温度稳定性起始值为10ppm,在-40/+85°C工业温度范围之外,最接近的温度稳定性为15ppm。彼得曼高质量的SMD石英晶体列表.

由于非常实惠的价格,可以使用在洁净室制造的抗超声波全能仪在任何应用中这就要求非常便宜的贴片石英具有出色的参数和出色的耐用性,例如汽车、医疗、嵌入式、工业、商业、WIFI、无线(WLAN、ISM、KNX、ZigBee、Z-Wave等)应用。)、消费和电信部门等等。

当然,彼得曼技术公司的产品范围还包括32.768kHz解决方案(石英和超低功率振荡器)。

除了非常广泛的产品范围,彼得曼技术公司的专家还提供全面的产品建议。非常全面的电路分析/电路仿真也可以根据需要由内部工程人员执行。这些分析是基于振荡晶体的DIN/IEC60444标准进行的,包括振荡安全测试(确定准确的振荡储备)、压电性能的确定和许多其他测试。

令人难以置信的广泛最终报告提供了对连接的见解,将确认被测电路的正确尺寸,或可能包含调整建议。对该系列的支持是与客户的工程、采购、生产和QA部门协调进行的。我们的目标是利用非常广泛的服务,帮助客户快速上市。

Every development and production specialist knows it! Quartz crystal can’t handle ultrasonic welding and cleaning. The quartz 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).

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.