Abstract A circuit arrangement for an electronic remote or ripple control receiver, which comprises a switching energy store associated with a switching element controllable by a receiving section and an evaluating section of the remote control receiver. A charging path with an ohmic resistance and a discharge path with a diode are in circuit between a current supply section of the remote control receiver and the switching energy store, the forward direction of this diode being directed in opposition to the direction of the charging current to the switching-energy store. The minimum response voltage of the switching element is higher than the minimum feed voltage required for the correct operation of the receiving and evaluating sections of the remote control receiver.
A circuit arrangement for an electronic remote control receiver containing a receiving section and an evaluating section, said remote control receiver comprising a switchingenergy store operatively connected in circuit with a switching element controllable by said receiving section and said evaluating section of the remote control receiver, a current supply section, a charging path incorporating an ohmic resistance and a discharge path incorporating a diode arranged in circuit between said current supply section of the remote control receiver and the switching energy store, the forward direction of said diode being directed in opposition to the direction of the charging current to the switching-energy store, the minimum response voltage of said switching element being higher than the minimum feed voltage required for the correct operation of the receiving and evaluating sections of the remote control receiver.
Claim 2
Dependent Claim
135 words
A circuit arrangement for an electronic remote control receiver containing a receiving section and an evaluating section, said remote control receiver comprising a switchingenergy store operatively connected in circuit with a switching element controllable by said receiving section and said evaluating section of the remote control receiver, a current supply section, a charging path incorporating an ohmic resistance and a discharge path incorporating a diode arranged in circuit between said current supply section of the remote control receiver and the switching energy store, the forward direction of said diode being directed in opposition to the direction of the charging current to the switching-energy store, the minimum response voltage of said switching element being higher than the minimum feed voltage required for the correct operation of the receiving and evaluating sections of the remote control receiver.
Claim 3
Dependent Claim
21 words
The circuit arrangement as defined in claim 1, wherein the diode is arranged in parallel with respect to said ohmic resistance.