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实用新型
CN204886873U 一种分立式非对称多谐振荡器电路系统 失效 - 权利终止

一种分立式非对称多谐振荡器电路系统
摘要：
本实用新型为一种分立式非对称多谐振荡器电路系统，放电回路二极管阳极连接于电源正极、其阴极连接于放电电阻一端；放电电阻的另一端连接串联积分电容一端和充电开关管集电极；串联积分电容的另一端连接串联积分电阻一端及放电开关速度控制电阻一端，串联积分电阻另一端连接放电开关管集电极、充电开关速度控制电阻一端以及充电电阻一端，放电开关管基极连接所述充电开关速度控制电阻另一端，放电开关管发射极接地。充电回路的充电开关速度控制电阻另一端连接充电开关管基极，充电开关管发射极接地，所述充电电阻另一端接电源正极。本新型满足中等精度时钟信号要求；电路简单，器件数目少、成本低；可进行低功耗控制；又能进行温度补偿。
摘要（英）：

The utility model relates to a discrete nonsymmetric multivibrator circuit system, the return circuit diode anode that discharges connect and connect the one end in discharge resistance in positive, its negative pole, series connection integral capacity one end and charging switch pipe collecting electrode are connected to discharge resistance's the other end, series connection integrating resistor one end and discharge switch speed control resistance one end are connected to the other end of series connection integral capacity, and discharge switch pipe collecting electrode, charging switch speed control resistance one end and charging resistor one end are connected to the series connection integrating resistor other end, and the discharge switch tube base is extremely connected the charging switch speed control resistance other end, discharge switch pipe emitter ground. The charging switch tube base utmost point is connected to charging loops's the charging switch speed control resistance other end, charging switch pipe emitter ground, another termination power of charging resistor is anodal. This is novel to satisfy medium precision clock signal requirement, the circuit is simple, and the device figure is few, with low costs, can hang down power consumption control, can carry out temperature compensating again.

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