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Summary of Contents for Antelope Isochrone 10M
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Page 3: Table Of Contents
Contents Safety notes ............................. 2 Introduction ............................. 3 Product Overview ..........................3 Front Panel ............................4 Rear Panel ............................5 Wiring Diagram ..........................5 Installation and Connection ......................6 Operation ............................6 Technical Specifications ........................7... -
Page 4: Safety Notes
Safety notes To reduce the risk of electrical shocks, fire, and related hazards: ● Do not remove screws, cover, or cabinet. There are no user serviceable parts inside. Refer servicing to qualified service personnel. ● Do not expose this device to rain, moisture or spillover of liquid of any kind. ●... -
Page 5: Introduction
In this device, it generates a frequency of 10 MHz, hence the name “10M”. You can use your ISOCHRONE 10M with any device that supports 10MHz (BNC) input clock. The ISOCHRONE 10M can clock up to 8 devices simultaneously. -
Page 6: Front Panel
Front Panel 1. Power Switch When depressed, the device is on, which is signaled by indicators (2) and/or (3) and the Information Display (4). 2. AC Power Supply Indicator When on, indicates the device is connected to a 90-240 V AC power supply source. 3. -
Page 7: Rear Panel
BNC outlets for the 10 MHz atomic clock signal. For best results, the cables should not exceed 6 meters (20 feet) in length. Longer cable runs result in increased jitter and other clock errors. Wiring Diagram Example connection schematics of the ISOCHRONE 10M. Eclipse 384 Eclipse 384... -
Page 8: Installation And Connection
● The device should not be placed next to any heat-sensitive piece of equipment. (The surface of ISOCHRONE 10M may reach a temperature of 55°C (140°F) during operation.) ● To minimize frequency instabilities, the device should not be placed near equipment generating strong magnetic fields, such as generators, transformers, etc. -
Page 9: Technical Specifications
Technical Specifications Atomic Reference Type: Rubidium Ultra-Stable Resonance-Controlled Master Oscillator Frequency: 10 MHz Frequency Accuracy: Better than 0.03 PPB (parts per BILLION) Long-Term Stability: Better than 0.02 PPB Typical: 0.05 PPB per month (measured after 6 months of continuous operation) First Year <... - Page 10 NOTES ............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................
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