Ultra compact, thin, and light weight tuning fork crystal unit.

Ultra compact and thin. (1.6×1.0×0.45mm)

Excellent electric performance optimum for mobile communications, OA (office automation) and AV (audiovisual) applications are exhibited.

A surface-mount crystal oscillator. (Reflow soldering is possible.)

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

Compact, thin, and light weight tuning fork crystal unit.

Compact and thin. （2.0×1.2×0.55mm）

Use a metal lid: Excellent shock resistance during chip mounting process comparing to a glass lid.

Excellent electric performance optimum for mobile communications, OA (office automation) and AV (audiovisual) applications are exhibited.

A surface-mount crystal oscillator. (Reflow soldering is possible.)

RoHS compliant. These can meet the requirements of re-flow profiling using leadfree solder.

Compact, thin, and light weight tuning fork crystal unit.

Excellent heat resistance and environmental characteristics.

RoHS compliant. These can meet the requirements of re-flow profiling using lead-free solder.

Use a metal lid: Excellent shock resistance during chip mounting process comparing to a glass lid.

Crystal Unit with built-in Thermistor construction.

Minimize circuit design space by combining crystal unit into one component.
(Presently, Crystal unit and temperature sensor is mounted in one board separately.)

Placing temperature sensor(Thermistor) close to Crystal blank in one airtight housing can detect more precise crystal blank temperature. Improvement on frequency temperature compensation compared to present Crystal unit.

Single cavity housing which is ideal to module applications.

External configuration size is 1.6x1.2mm typ., H0.45 mm max.

A surface-mount crystal oscillator. (Reflow soldering is possible.)

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

Crystal Unit with built-in Thermistor construction.

Minimize circuit design space by combining crystal unit into one component.
(Presently, Crystal unit and temperature sensor is mounted in one board separately.)

Placing temperature sensor(Thermistor) close to Crystal blank in one airtight housing can detect more precise crystal blank temperature. Improvement on frequency temperature compensation compared to present Crystal unit.

Single cavity housing which is ideal to module applications.

External configuration size is 2.0x1.6mm typ., H0.65 mm max.

A surface-mount crystal oscillator. (Reflow soldering is possible.)

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

Crystal Unit with built-in Thermistor construction.

Minimize circuit design space by combining crystal unit into one component.
(Presently, Crystal unit and temperature sensor is mounted in one board separately.)

Placing temperature sensor(Thermistor) close to Crystal blank in one airtight housing can detect more precise crystal blank temperature. Improvement on frequency temperature compensation compared to present Crystal unit.

Single cavity housing which is ideal to module applications.

Ultra compact and thin surface-mount type crystal unit.

Ultra compact and thin (Typ. 1.2×1.0×Typ. 0.25, H : 0.30mm)

Highly reliable crystal unit.

A product with characteristics best suited for ultra compact Wireless LAN and Bluetooth.(For Short-range Wireless)

A surface-mount crystal oscillator. (Reflow soldering is possible.)

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

A small and thin surface-mount type crystal unit.

Ideal for Wearable device and Short-range Wireless module.

Ultra compact and thin (Typ. 1.6×1.2×0.3mm)

Lead-free. Meets the requirements for re-flow profiling using lead-free solder

Ultra compact and thin. (2.0×1.6mm typ., H:0.70mm max.)

Outstanding cost performance.

Ideal for Tablet, TV, GAME, and etc.

Meets the requirements for re-flow profiling using lead-free solder.

A small and thin surface-mount type crystal unit, especially suited for small-sizing requirements.

Ultra compact and thin. (2.0 × 1.6 × 0.45 mm)

Excellent environmental characteristics, including heat and shock resistance.

Excellent electrical performance, ideal for OA (office automation), AV (audiovisual), Bluetooth and Wireless LAN applications.

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

High reliability small surface-mount type crystal unit for automotive.

High resistance to solder cracking.

Ultra compact and thin. (2.0 x 1.6mm, H: Max. 0.8mm)

Stable start-up characteristics even under extremely severe environmental conditions.

Excellent environment-resistant performance, including heat, vibration and shock resistance.

Meets the requirements for re-flow profiling using lead-free solder.

Conforms to AEC-Q200

Ideal for such as bluetooth, Wifi, smartphone and tablet pc.

Compact and thin. (2.5 × 2.0 × 0.50 mm)

Excellent environmental characteristics, including heat and shock resistance.

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

Ideal for such as bluetooth, Wifi, smartphone and tablet pc.

Compact and thin. (3.2 × 2.5 × 0.55 mm)

Excellent environmental characteristics, including heat and shock resistance.

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

A small surface-mount type crystal unit, especially suited for small-sizing requirements.

Compact and thin. (3.2×2.5×0.75 mm typ.)

Excellent environmental characteristics, including heat and shock resistance.

Excellent electrical performance for OA (office automation) and AV (audiovisual) applications.

Meets the requirements for re-flow profiling using lead-free solder.

A small surface-mount type crystal unit.

Compact and thin. (3.2×2.5×0.80mm)

Ideal for Tablet, TV, GAME, and etc.

Meets the requirements for re-flow profiling using lead-free solder.

A small surface-mount type crystal unit, ideal for an engine control CPU clock; delivering the high 

reliability that is particularly demanded by automotive.

Compact and thin. (3.2 × 2.5 × 0.75 mm typ.)

High resistance to solder cracking.

Stable start-up characteristics even under extremely severe environmental conditions.

Excellent environment-resistant performance, including heat, vibration and shock resistance.

A small surface-mount type crystal unit , ideal for an engine control CPU clock , delivering the high reliability that is particularly demanded by automotive.

Compatible with low frequency range starting from 7.98 MHz.

Compact and thin. (3.2 × 2.5mm typ., t1.0mm max.)

High resistance to solder cracking.

Stable start-up characteristics even under extremely severe environmental conditions.

Excellent environment-resistant performance, including heat, vibration and shock resistance.

Meets the requirements for re-flow profiling using lead-free solder.

Conforms to AEC-Q200.

A small surface-mount type crystal unit, ideal for the special requirements of automotive, such as TPMS (Tire Pressure Monitoring System). The crystal unit is ideally suited for the clock signal generating source of the transmission unit in a tire wheel that is subject to strong centrifugal force.

Compact and thin. (3.2 × 2.5 × 0.6 mm typ.)

Stable frequency characteristics even with a powerful centrifugal force of 2,000 G, as found in the transmission side of TPMS applications.

High resistance to solder cracking.

Excellent environmental characteristics, including heat, vibration and shock resistance.

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

Conforms to AEC-Q200.

Ideal for OA/AV applications and Accessories for a car.

Compact and thin. (5.0×3.2×1.3mm typ.)

Supports low frequencies starting from 8 MHz.

Excellent environmental characteristics, including heat and shock resistance.

Meets the requirements for re-flow profiling using lead-free solder.

A de facto standard small surface-mount type crystal unit, ideal for OA (office automation) and AV (audiovisual) applications.

Excellent electrical performance, ideal for OA and AV applications.

Meets the requirements for re-flow profiling using lead-free solder.

Supports low height mounting (product height: 1.0 mm typ.).

A low-height surface-mount type crystal unit, suitable for OA (office automation) and AV (audiovisual) applications. 

Compact and thin. (5.0 × 3.2 × 1.0  mm typ.)

Excellent electrical performance ideal for OA and AV applications.

Meets the requirements for re-flow profiling using lead-free solder.

Supports low height mounting and ideal for notebook computers.

Glass-sealed product with the same terminal shape (4 terminals) as NX5032SA.

A high precision small surface-mount type crystal unit, suitable for mobile communications such as the base clock of mobile phone handsets. 

Compact and thin. (4.9 × 3.1 × 0.75 mm typ.)

Frequencies for the base clock source of a variety of mobile phones are available.

Excellent electrical characteristics and environmental performance, ideal for mobile communication applications.

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

A small surface-mount type crystal unit, ideal for the special requirements of automotive, such as TPMS (Tire Pressure Monitoring System). The crystal unit is ideally suited for the clock signal generating source of the transmission unit in a tire wheel that is subject to strong centrifugal force. 

Stable frequency characteristics even with a powerful centrifugal force of 2,000 G , as found in the transmission side of TPMS applications.

Excellent environmental performance including heat, vibration, shock and heat cycle resistance.

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

Conforms to AEC-Q200.

A small surface-mount type crystal unit. 

Compact and thin. (8.0×4.5×1.8mm)

Supports low frequencies(from 4MHz).

Ideal for OA/AV applications and Accessories for a car.

Excellent environmental performance, including heat and shock resistance.

Meets the requirements for re-flow profiling using lead-free solder.

A small surface-mount type crystal unit, ideal for Automotive. 

Supports low frequencies(from 4MHz to 8MHz).

Small SMD package. (8.0×4.5×2.0mm)

Excellent environmental characteristics, including heat, vibration and shock resistance.

High resistance to solder cracking. Excellent performance for wide temperature range heat cycles (-40 to +150°C, 3,000 cycles) when mounted on a glass epoxy circuit board.

Support a wide operating temperature range(-40 to +150°C).

Meets the requirements for re-flow profiling using lead-free solder.

A highly stable and reliable low-height crystal unit with a metallic package, also suitable for surface mounting. 

Airtight metal package ensures high-reliability.

Taping package is for customer automatic loading operation.

A highly stable and reliable low-height crystal unit with a metallic package, also suitable for surface mounting.

Compatible with surface mounting.

Airtight metal package ensures high-reliability.

Taping package is for customer automatic loading operation.

AT-41CD2 meets the requirements for re-flow profiling using lead-free solder.

A highly reliable crystal unit with outstanding frequency stability and covering a broad frequency range. 

The product satisfies strict temperature characteristics standards, is shock resistant and has excellent frequency reproducibility.

A highly reliable crystal unit with outstanding frequency stability and covering a broad frequency range. 

The product satisfies strict temperature characteristics standards, is shock resistant and has excellent frequency reproducibility.

Features:

Tuning fork crystal unit with low ESR(Equivalent Series Resistance).

Supports Microcontroller requiring low ESR. (ESR:Max. 40kΩ)

Excellent electric performance optimum for mobile communications, OA (office automation) and AV (audiovisual) applications are exhibited.

A surface-mount crystal oscillator. (Reflow soldering is possible.)

Lead-free. Meets the requirements for re-flow profiling using lead-free solder.

Compact, thin, and light weight tuning fork crystal unit.(2.0×1.2×0.55)

High quality has been achieved through process design compatible with specially controlled medical devices.

Excellent heat resistance and environmental characteristics ensure high reliability.

Meet the requirements for re-flow profiling using lead-free solder.