The driver circuit includes counterparts to the first resistive circuit and the first transistor circuit.
The resistive circuit passes a signal from the first circuit to the second circuit and carries all the current for any voltage differential between the circuits.
The arrangement includes a first circuit (110) operating in a first voltage domain, a second circuit (112) operating in a second voltage domain, and a resistive circuit (114).
A resistive circuit element is coupled between the first node N1 and a second node N2 in order to allow a step voltage to be developed.
The current passing through the resistive circuit produces a voltage drop.
An electronic device is provided with a high- voltage tolerant circuit.
Also, a method for manufacturing a circuit assembly resistant to elevated temperature is disclosed
The voltage output corresponds to the angular position of the wiper (12 or 14) on the resistive track (46).
The output voltage is based, at least in part, on the voltage drop.
The turns count rotor (66) includes a wiper (64) which either contacts both a resistive track (150) and commutator track (152) or contacts one of a plurality of switch pads (154).
The high- voltage tolerant circuit comprises an input terminal for receiving an input signal (VIN), a first node (A) and a second node (B), wherein the second node (B) is coupled to an input of a receiver (R).
The high- voltage tolerant circuit furthermore comprises a first NMOS transistor (Nl) and a first PMOS transistor (Pl) coupled in parallel between the input terminal and the second node (B).
Provided is method with which it is easy to form a water-proof short circuit in a wire harness containing a plurality of electric cables gathered together in a bundle.