RF Comp 13 GHz Prescaler: High-Performance Frequency Divider
Prescaler 13 GHz
| Part Number | Start Frequency (MHz) | Stop Frequency (MHz) | Function Divider Ratio | RF Input Power (dBm) | Output Power (dBm) | 100 KHz SSB Phase Noise (dBm/Hz) | DC Power (Volt) | DC Power (mA) | |
| HD25103 | 100 | 12500 | ÷2 | -15 to +10 | =+4 | -145 | 12 | 105 | Download |
| HD25104 | 13000 | ÷4 | =+5 | -151 | 120 | Download | |||
| HD25105 | 12500 | ÷6 | -1 | -144 | 175 | Download | |||
| HD25106 | 12000 | ÷8 | -6 | -153 | 70 | Download | |||
| HD25107 | ÷10 | -1 | -144 | 185 | Download | ||||
| HD25108 | 13000 | ÷12 | -145 | Download | |||||
| HD25109 | ÷20 | 195 | Download | ||||||
| HD25110 | 12000 | ÷24 | -147 | 140 | Download | ||||
| HD25111 | ÷40 | 150 | Download |
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Custom Prescaler Engineering
Ultra-High Frequency Operation up to 13 GHz
Designed for wideband input signals up to 13 GHz, this prescaler delivers accurate and consistent frequency division, making it ideal for next-generation RF systems, high-speed communication architectures, and mmWave technologies.
Ultra-Low Jitter and Phase Noise Performance
Engineered for ultra-low jitter and minimal phase noise contribution, the Prescaler 13 GHz ensures clean output signals, which are critical for PLL accuracy, synchronization, and high-frequency system stability.
Compact, Rugged, and Integration-Ready
Available in compact, rugged packaging, this prescaler supports high-density integration while meeting SWaP (Size, Weight, and Power) constraints. Built for long-term reliability in harsh environments, including aerospace and defense applications.
Choosing the Right 13 GHz Prescaler
Technical FAQ
What is a 13 GHz prescaler?
Why is low jitter critical at 13 GHz?
Where are 13 GHz prescalers used?
What Our Customers Say
Lead RF Architect
Global Aerospace Prime
Senior Test Engineer
Semiconductor Testing Services
Director of Operations
Telecommunications Infrastructure Co.
