| 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 |
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.
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.
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.
Lead RF Architect
Global Aerospace Prime
Senior Test Engineer
Semiconductor Testing Services
Director of Operations
Telecommunications Infrastructure Co.
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