Wide Temperature Temperature-Compensated Crystal Oscillators (TCXOs)
Wide Temperature TCXOs are designed to provide reliable frequency stability across extensive temperature ranges, making them ideal for industrial, automotive, and aerospace applications. These oscillators ensure consistent performance in extreme conditions, offering robust and precise timing solutions.
Types of Wide Temperature tcxo 40mhz
BT0503C
Dimensions: 5.0x3.2mm
Frequency Range: 10~52MHz
Frequency Stability Over Temp.: ±0.1±0.5ppm@-4085℃
Phase Noise: -140dBc/1kHz@10MHz
Features: Ultra Stable, Fast Warming-Up, Stratum 3, Ultra Low Phase Noise
BT0503D/E
Dimensions: 5.2x3.4mm
Frequency Range: 10~60MHz
Frequency Stability Over Temp.: ±0.28±1.5ppm@-4085℃
Phase Noise: -140dBc/1kHz@10MHz
Features: Ceramic Package, With Side Pad, Industrial Temperature, Ultra Low Phase Noise
BT0507A/B
Dimensions: 7.0x5.0mm
Frequency Range: 10~52MHz
Frequency Stability Over Temp.: ±0.05±1.0ppm@-4085℃
Phase Noise: -142dBc/1kHz@10MHz
Features: Stratum Ⅲ Level, Ultra Stable, Wide Temperature Range, Ultra Low Phase Noise
BT0507C/D
Dimensions: 7.0x5.0mm
Frequency Range: 10~60MHz
Frequency Stability Over Temp.: ±0.28±0.5ppm@-5585℃
Phase Noise: -150dBc/1kHz@10MHz
Features: Metal Back, Industrial Temperature, Ultra Low Phase Noise, Clipped Sine or CMOS Output
BT0507E
Dimensions: 7.0x5.0mm
Frequency Range: 10~60MHz
Frequency Stability Over Temp.: ±0.28±0.5ppm@-5585℃
Phase Noise: -150dBc/1kHz@10MHz
Features: Extreme Low Phase Noise, Ultra Stable
BT0507M
Dimensions: 7.0x5.0mm
Frequency Range: 80~125MHz
Frequency Stability Over Temp.: ±0.28±1.5ppm@-4085℃
Phase Noise: -146dBc/1kHz@100MHz
Features: High Frequency Range, Ultra Low Phase Noise
BT0914A
Dimensions: 14.0x9.0mm
Frequency Range: 10MHz~125MHz
Frequency Stability Range: ±0.1ppm~±2.0ppm
Typical Phase Noise: -145dBc/1kHz@100MHz
Features: Ultra Stable, Low Phase Noise, High Frequency
BT1220
Dimensions: 14.0x9.0mm; 12.0x20.0mm
Frequency Range: 10MHz~125MHz
Frequency Stability Range: ±0.1ppm~±2.0ppm
Typical Phase Noise: -145dBc/1kHz@100MHz
Features: Ultra Wide Operating Temp, Low Phase Noise, High Frequency
BT0914A_Vibration Insensitive
Dimensions: 9.2x14.2mm
Frequency Range: 50~156.25 MHz
Frequency Stability Vs. Temp.: ±0.28±0.5ppm@-4085℃, ±0.51ppm@-5085℃
Features: Super Vibration Resistance, Ultra Stable, High Precision, Low Phase Noise
BT1220H_Vibration Insensitive
Dimensions: 20x12mm
Frequency Range: 50~156.25 MHz
Frequency Stability Vs. Temp.: ±0.28±0.5ppm@-4085℃, ±0.51ppm@-5085℃
Features: Super Vibration Resistance, Ultra Stable, High Precision, Low Phase Noise
BT2020H_Vibration Insensitive
Dimensions: 20x20mm
Frequency Range: 50~156.25 MHz
Frequency Stability Vs. Temp.: ±0.28±0.5ppm@-4085℃, ±0.51ppm@-5085℃
Features: Super Vibration Resistance, Ultra Stable, High Precision, Low Phase Noise
BT2525H_Vibration Insensitive
Dimensions: 25×25mm
Frequency Range: 50~156.25 MHz
Frequency Stability Vs. Temp.: ±0.28±0.5ppm@-4085℃, ±0.51ppm@-5085℃
Features: Super Vibration Resistance, Ultra Stable, High Precision, Low Phase Noise
Why Wide Temperature TCXO is Crucial for Extreme Environments
Wide Temperature TCXOs are essential for extreme environments due to their ability to maintain exceptional frequency stability across a broad temperature range. In harsh conditions, such as those found in industrial, aerospace, and military applications, temperature fluctuations can significantly impact timing accuracy. Wide Temperature TCXOs are engineered to perform reliably in these challenging settings, ensuring consistent and precise frequency control. This reliability is crucial for mission-critical systems where even minor timing errors can lead to significant issues. Investing in Wide Temperature TCXOs ensures that your systems operate flawlessly, regardless of environmental extremes.
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