Data sheet

ceramic package, THT
3,6 x 8,0 x 1,8 mm
tuning fork xtal 10 - 600 kHz
recommended for Pierce-oscillator
temperature range up to -55 to +125°C
not RoHS-compliant

 Data sheet

ceramic package, SMT
glass lid 3,6 x 8,0 x 1,8 mm
ceramic lid 3,6 x 8,0 x 1,8 mm
tuning fork xtal 10 - 600 kHz
recommended for Pierce-oscillator
temperature range up to -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic case, THT
3,6 x 8,0 x 1,8 mm
tuning fork crystal 10 - 600 kHz
recommended for use in circuits with 2 cascaded inverters
operating temperature range up to -55 to +125°C
no RoHS-compliant version available

 Data sheet

ceramic case, SMT
3,6 x 8,0 x 1,8 mm
tuning fork crystal 10 - 600 kHz
recommended for use in circuits with 2 cascaded inverters
operating temperature range up to -55 to +125°C
RoHS-compliant version available

 Data sheet

ceramic case, THT
3,6 x 8,0 x 1,8 mm
extensional mode crystal 530 kHz - 2,1 MHz
recommended for use in pierce oscillators
operating temperature range up to -55 to +125°C
no RoHS-compliant version available

 Data sheet

ceramic case, SMT
glass lid 3,6 x 8,0 x 1,65-1,8 mm
ceramic lid 3,6 x 8,0 x 1,8-1,9 mm
extensional mode crystal 530 kHz - 2,1 MHz
recommended for use in pierce oscillators
operating temperature range up to -55 to +125°C
RoHS-compliant version available

 Data sheet

ceramic case, THT
3,6 x 8,0 x 1,8 mm
AT-cut fundamental 8 - 70 MHz
AT-cut 3rd overtone 48 - 160 MHz
recommended for use in pierce oscillators
operating temperature range up to -55 to +125°C
no RoHS-compliant version available

 Data sheet

ceramic case, SMT
glass lid 3,6 x 8,0 x 1,65-1,8 mm
ceramic lid 3,6 x 8,0 x 1,8-1,9 mm
AT-cut fundamental 8 - 70 MHz
AT-cut 3rd overtone 48 - 160 MHz
recommended for use in pierce oscillators
operating temperature range up to -55 to +125°C
RoHS-compliant version available

 Data sheet

ceramic case, SMT
glass lid 3,6 x 8,0 x 1,65-1,8 mm
ceramic lid 3,6 x 8,0 x 1,8-1,9 mm
AT-cut fundamental 8 - 70 MHz
AT-cut 3rd overtone 48 - 160 MHz
shock survival 10.000 g 0,2 ms 1/2 sine
recommended for use in pierce oscillators
operating temperature range up to -55 to +125°C
RoHS-compliant version available

 Data sheet

ceramic package, THT
glass lid 2,4 x 6,6 x 2,0 mm
ceramic lid 2,4 x 6,6 x 2,4 mm
tuning fork crystals 16 - 600 kHz
recommended for pierce oscillator circuit
temperature range from -55 to +125°C
not RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 2,4 x 6,6 x 1,7 mm
ceramic lid 2,4 x 6,6 x 2,0 mm
tuning fork crystals 16 - 600 kHz
recommended for pierce oscillator circuit
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 2,4 x 6,6 x 1,7 mm
ceramic lid 2,4 x 6,6 x 2,0 mm
tuning fork crystals 16 - 600 kHz
recommended for oscillator circuit with inverter
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic package, THT
glass lid 2,4 x 6,6 x 2,0 mm
ceramic lid 2,4 x 6,6 x 2,4 mm
extensional mode 760 kHz - 1,35 MHz
recommended for pierce oscillator circuit
temperature range from -55 to +125°C
not RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 2,4 x 6,6 x 1,7 mm
ceramic lid 2,4 x 6,6 x 2,0 mm
extensional mode 760 kHz - 1,35 MHz
recommended for pierce oscillator circuit
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic package, THT
glass lid 2,4 x 6,6 x 2,0 mm
ceramic lid 2,4 x 6,6 x 2,4 mm
crystals in at-cut
fundamental mode 9,6 - 70 MHz, 3. overtone mode 70 - 160 MHz
recommended for pierce oscillator circuit
temperature range from -55 to +125°C
not RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 2,4 x 6,6 x 1,7 mm
ceramic lid 2,4 x 6,6 x 2,0 mm
crystals in at-cut
fundmental mode 9,6 - 250 MHz, 3. overtone mode48 - 160 MHz
recommended for pierce oscillator circuit
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

temperature sensor 160 kHz - 350 kHz
frequency linearity
direct conversion temperature -> frequency

 Data sheet

ceramic package, SMT
glass lid 2,4 x 6,6 x 1,35/1,47 mm
ceramic lid 2,4 x 6,6 x 1,7/1,8 mm
tuning fork crystals 18 - 600 kHz
recommended for pierce oscillator circuit
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 2,4 x 6,6 x 1,35/1,47 mm
ceramic lid 2,4 x 6,6 x 1,7/1,8 mm
tuning fork crystals 18 - 600 kHz
recommended for oscillator circuit with inverter
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 2,4 x 6,6 x 1,35/1,47 mm
ceramic lid 2,4 x 6,6 x 1,7/1,8 mm
extensional mode 800 kHz - 2,1 MHz
recommended for pierce oscillator circuit
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 2,4 x 6,6 x 1,35/1,47 mm
ceramic lid 2,4 x 6,6 x 1,7/1,8 mm
crystals in at-cut
fundamental mode 9,6 - 70 MHz, 3. overtone mode 48 - 250 MHz
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 1,8 x 5,0 x 1,14/1,22 mm
ceramic lid 1,8 x 5,0 x 1,3/1,4 mm
tuning fork resonator 30 - 250 kHz
recommended for pierce oscillator circuit
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 1,8 x 5,0 x 1,14/1,22 mm
ceramic lid 1,8 x 5,0 x 1,3/1,4 mm
fundamental extensional mode 600 kHz - 1,4 MHz
overtone mode 1,8432 - 2,5 MHz
recommended for pierce oscillator circuit
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 1,8 x 5,0 x 1,14/1,22 mm
ceramic lid 1,8 x 5,0 x 1,3/1,4 mm
crystals in at-cut
fundamental mode 14 - 250 MHz
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

ceramic package, SMT
glass lid 1,8 x 5,0 x 1,14/1,22 mm
ceramic lid 1,8 x 5,0 x 1,3/1,4 mm
high shock survival up to 100.000 g!
crystals in at-cut
fundamental mode 14 - 50 MHz
temperature range from -55 to +125°C
RoHS-compliant available

 Data sheet

taped crystals are available on 7'' and 13'' reels.

small quantities are packed on trays.

 Data sheet

Statek has designed and manufactured quartz-crystal resonators using photolithographic and chemical milling methods for over three decades and has applied this expertise and capability to now offer double-ended tuningfork (DETF) force-sensors.
The resonant frequency of the DETF force-sensor is a function of its dimensions, electrode configuration, and the applied force. Compression or extension of the sensor causes a corresponding change in frequency. Once calibrated, measuring this change in frequency gives the applied force.
Because the DETF force-sensors operate on frequencybased priniciples, they are immune to amplitude noise as well as noise at frequencies other than at the frequency of the sensor. As a consequence, the signals in the system can operate at full amplitude, thereby avoiding the noise that usually plagues low-level measurements.
Quartz force-sensors offer further advantages over other force sensing technologies such as sensitivity, small size, low mass and stable performance.
We can customize the size of the sensor to fit your application.

Features

• Highly sensitive
• Small size
• Operates based on frequency principles
• High signal-to-noise-ratio
• Low aging
• Designed for customer specific applications