Products

We have the world's No. 1 market share in SPXOs, the most widely used crystal oscillator ICs.
These high-precision ICs are infused with the know-how we cultivated in the development of clock ICs. To respond to growth markets such as 5G communications and automotive, we will focus on product development as a comprehensive manufacturer of crystal oscillator ICs, through differentiation by compactness, low noise, and high thermal resistance.
  • WaferWafer form
  • ChipChip form
Product name Features Operating temperature range [℃] Power supply
voltage [V]
Recommended
oscillation
frequency [MHz]
Package
High-frequency differential output oscillator IC that incorporates the low jitter characteristics and frequency temperature compensation circuit required for 5G/post-5G.
It packs high performance and functionality into a compact 2016-size package,making it ideal for implementation in size-limited applications.
-40~+125
LVPECL:2.5V~3.3V
LVDS:1.8V~3.3V
100~500
  • wafer
High-precision oscillator IC with a built-in f0 adjustment circuit, making it ideal for Wi-Fi , bluetooth and camera application.
It also meets automotive quality standards and can meet high quality requirements.
-40~+125
Hx:1.60V~3.63V
HAP:2.25V~3.63V
Hx:16~100
HAP:100~125
  • wafer
  • chip
Standard IC ideal for fundamental wave crystal oscillators.
By using a constant voltage drive for the oscillator circuit, current consumption and crystal current are significantly reduced, and the power supply voltage dependency of the oscillator is also significantly reduced.
-40~+125
1.60~3.63
20~60
40~80
  • wafer
  • chip
Standard IC ideal for 3rd overtone crystal oscillators.
By using a constant voltage drive for the oscillator circuit, current consumption and crystal current are significantly reduced, and the power supply voltage dependency of the oscillator is also significantly reduced.
-40~+125
1.70~3.63
2.25~3.63
40~50
50~65
65~85
85~105
105~135
133~170
  • wafer
  • chip
Differential output crystal oscillator IC ideal for high-frequency applications such as high-speed communications equipment.
It supports both fundamental and 3rd overtone crystals and can be mounted in a small 2016mm size package.
-40~+125
LVPECL:2.375V~3.63V
LVDS, HCSL:1.71V~3.63V
100~320
  • wafer
  • chip
Crystal oscillator IC that supports a 5V power supply voltage. A wide range of versions are available to meet any need.
7002 is tuned for fundamental crystal oscillators and 7004 is tuned for 3rd overtone crystal oscillators.
-40~+125
1.60~5.5V
7002:20~60
7004:40~170
  • wafer
  • chip
Crystal oscillator IC with 32.768kHz output for AT-cut crystal units. It is compatible with three types of fundamental crystals.
-40~+125
1.60〜3.63
32.768k
  • wafer
  • chip
DC TCXO IC operates with ultra-low current consumption, making it ideal for battery-powered wearable and portable devices.
It has a built-in frequency temperature compensation circuit that matches the tuning fork crystal resonator, achieving a stable 32.768 kHz output.
-40~+105
1.30~3.63
32.768k
  • wafer
CMOS output VCXO IC targeted at fixed communication applications.
It achieves low phase noise and a wide frequency tuning range on a single chip.
-40~+105
[xAx, xBx, xCx, xDx ver.]
2.97~3.63
[xLx ver.]
1.6~2.0
20~170
  • wafer
  • chip
LV-PECL output VCXO IC targeted at fixed communication applications.
It achieves low phase noise and a wide frequency tuning range on a single chip.
-40~+105
2.97~3.63
100~250
  • wafer
  • chip

If you require detailed materials such as data sheets for each product, please contact our Sales Division.
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