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VTX20

Nominal Frequency (MHz): 10-

52

Operating Temp. Range: -40

~ +85

Mounting Technology: SMD

Package (mm): 2.00x1.65

Frequency Stability (ppm): 0.5

Supply Voltage (V): 1.8, 2.5, 3.3

Output Signal: Clipped sine wave

G-Sensitivity: <1.8ppb/g per axis

VTX20-B

Nominal Frequency (MHz): 10-

52

Operating Temp. Range: -40

~ +85

Mounting Technology: SMD

Package (mm): 2.00x1.65

Frequency Stability (ppm): 0.5

Supply Voltage (V): 1.8, 2.5, 3.3

Output Signal: Clipped sine wave

G-Sensitivity: <1.8ppb/g per axis

VTX25

Nominal Frequency (MHz): 10-

52

Operating Temp. Range: -40

~ +85

Mounting Technology: SMD

Package (mm): 2.50x2.00

Frequency Stability (ppm): 0.5

Supply Voltage (V): 1.8, 2.5, 2.8, 3.3

Output Signal: Clipped sine wave

G-Sensitivity: <1.8ppb/g per axis

TX25-H

Nominal Frequency (MHz): 10-

60

Operating Temp. Range: -40

~ +105

Mounting Technology: SMD

Package (mm): 2.50x2.00

Frequency Stability (ppm): 2.5

Supply Voltage (V): 1.8, 2.5, 3.3

Output Signal: CMOS

G-Sensitivity: <1.8ppb/g per axis

VTX32

Nominal Frequency (MHz): 10-

52

Operating Temp. Range: -40

~ +85

Mounting Technology: SMD

Package (mm): 3.20x2.50

Frequency Stability (ppm): 0.5

Supply Voltage (V): 1.8, 2.5, 3.0, 3.3

Output Signal: Clipped sine wave

G-Sensitivity: <1.8ppb/g per axis

TX25-H

Nominal Frequency (MHz): 10-

60

Operating Temp. Range: -40

~ +105

Mounting Technology: SMD

Package (mm): 2.50x2.00

Frequency Stability (ppm): 2.5

Supply Voltage (V): 1.8, 2.5, 3.3

Output Signal: CMOS

G-Sensitivity: <1.8ppb/g per axis

TX32T-H

Nominal Frequency (MHz): 10-

60

Operating Temp. Range: -40

~ +85

Mounting Technology: SMD

Package (mm): 3.20x2.50

Frequency Stability (ppm): 2.5

Supply Voltage (V): 1.8, 2.5, 3.0, 3.3

Output Signal: CMOS

G-Sensitivity: <2.0ppb/g per axis

VTX5S

Nominal Frequency (MHz): 5-

60

Operating Temp. Range: -40

~ +85

Mounting Technology: SMD

Package (mm): 5.00x3.20

Frequency Stability (ppm): 1

Supply Voltage (V): 2.5, 3.0, 3.3

Output Signal: Clipped sine wave

G-Sensitivity: <2.0ppb/g per axis

VTX5S

Nominal Frequency (MHz): 5-

60

Operating Temp. Range: -40

~ +85

Mounting Technology: SMD

Package (mm): 5.00x3.20

Frequency Stability (ppm): 1

Supply Voltage (V): 2.5, 3.0, 3.3

Output Signal: CMOS

G-Sensitivity: <2.0ppb/g per axis

Applications

QuartzCom frequency control components are used wherever precision timing, signal stability and long-term reliability are essential. Our quartz crystals, oscillators and filters support demanding applications in communication networks, navigation, industrial systems, measurement technology.

From wireless infrastructure and synchronisation systems to GNSS, automotive, instrumentation and safety-critical environments, we help customers select components that match both the technical specification and the real operating conditions of the application.

QuartzCom components support stable timing and signal integrity in wireless and wireline systems, including base stations, repeaters, gateways, FTTH infrastructure and network equipment. Typical environments demand low phase noise, strong frequency stability, shock resistance, low G-sensitivity and reliable performance over time.
Accurate timing is critical in synchronisation architectures such as IEEE 1588v2, SyncE, PTP and STRATUM-based systems. QuartzCom provides solutions designed for applications where precise synchronisation directly affects network quality and system performance.
For GNSS and location-based systems such as GPS, GALILEO and GLONASS, oscillator performance can make a measurable difference. QuartzCom develops solutions for applications that require high stability, low G-sensitivity and dependable operation even under vibration or changing environmental conditions.
Industrial control, access systems, safety functions, telematics and automotive electronics all rely on robust frequency control. QuartzCom supports these applications with components engineered for reliability, durability and consistent behaviour in demanding environments.
In synthesizers, spectrum analysers, frequency counters and surveying systems, precision is not optional. QuartzCom components help enable accurate measurement results, signal consistency and long-term performance.

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