Product news

The FC2012AN is a 32.768 kHz crystal unit with low ESR in compact package.

The SiT8008 low-power MEMS oscillator has a new feature that accelerates time to revenue and simplifies inventory management for industrial and medical electronics customers.

Interface Type: I2C-Bus interface (400kHz)

Having problems getting TCXOs?

Unlike the quartz industry, SiTime is not impacted by the current supply shortage. Our silicon MEMS oscillators are produced within the vast multi-sourced silicon supply chain with the ability to scale rapidly.

The RX8111CE and RX4111CE Real-Time Clock Modules (with integrated crystal) feature a best-in-class 100nA backup current in a 3.2 x 2.5mm package and are equipped with time-stamping and power-switching functions integrated.

One of the smallest crystals in our key product range, available at frequencies of 24.0 ~ 60.MHz, the ultra-miniature ceramic package of the GSX-213 makes it ideal for space-dependent applications such as wearables, smartcard, NFC and Bluetooth.

WTL introduced a new small size crystal, the TX9. The TX9 is the smallest Size 1.2 x 1.0mm crystal that goes into mass production now. The frequencies for mass production are 32.000MHz and 48.000MHz. Also available on customers demand are 37.400MHz, 40.000MHz, 50.000MHz, 52.000MHz, and 54.000MHz.

Designed for precision time keeping, Epson’s RX8900CE uses Digitally Temperature-Compensated Crystal Oscillator (DTCXO) technology.

The new GTXO-205 family of temperature compensated oscillators contain two variants, GTXO-205T and the GTXO-205V with voltage control.

Unprecedented flexibility, now with continuous supply voltage from 3.3V down to 1.8V in our popular.

The GSX-113 ultra-miniature 1210 form factor crystal is available now, in fundamental mode up to 80.0MHz.

SiTime announced 48-hour availability of its MEMS oscillators, enabling customers to accelerate their design time, reduce development efforts, and speed time to revenue.

Epson’s wide range of Real Time Clock Modules (RTC) with built-in XTAL save power, provide superior accuracy, and simplify system design.