In this paper, a new voltage-mode configuration for realizing a first-order phase shifter is suggested. The proposed phase shifter contains low number of components, i.e. two n-type metal-oxide semiconductor field effect transistors (NMOS transistors) both operating in saturation region, a grounded capacitor and three resistors. The presented circuit can be equipped with electronic tunability by using externally controllable electronic resistor. Computer simulation results, using SPICE program, are given to demonstrate the performance of the proposed phase shifter
Abstract — The realization of an electronically tunable phase shifter using current differencing tra...
A simple current(voltage)-controlled phase shifter is presented. The circuit uses a small number of ...
In this letter, a new voltage-mode (VM) configuration for providing low-power and simultaneous reali...
In this paper, a new voltage-mode configuration for realizing a first-order phase shifter is suggest...
In this paper, a new voltage-mode (VM) first-order phase shifter (all-pass filter) employing only fo...
In this paper, a new voltage-mode (VM) first-order phase shifter (all-pass filter) employing only fo...
In this paper, a new voltage-mode (VM) first-order phase shifter (all-pass filter) employing only fo...
In this work, novel first order MOS-C phase shifter structures are proposed in NMOS and PMOS configu...
In this paper, a voltage-mode (VM) topology for providing first-order allpass filter responses is su...
International audienceIn order to correct phase non-linearities due to High Power Amplifiers (HPA) o...
A new simple and low cost frequency independent phase shifter is presented. The design is based on a...
A new simple and low cost frequency independent phase shifter is presented. The design is based on t...
A simple current(voltage)-controlled phase shifter is presented. The circuit uses a small number of ...
In this letter, a new voltage-mode (VM) configuration for providing low-power and simultaneous reali...
This paper presents the design and implementation of a 7-bit S-band digital passive phase shifter us...
Abstract — The realization of an electronically tunable phase shifter using current differencing tra...
A simple current(voltage)-controlled phase shifter is presented. The circuit uses a small number of ...
In this letter, a new voltage-mode (VM) configuration for providing low-power and simultaneous reali...
In this paper, a new voltage-mode configuration for realizing a first-order phase shifter is suggest...
In this paper, a new voltage-mode (VM) first-order phase shifter (all-pass filter) employing only fo...
In this paper, a new voltage-mode (VM) first-order phase shifter (all-pass filter) employing only fo...
In this paper, a new voltage-mode (VM) first-order phase shifter (all-pass filter) employing only fo...
In this work, novel first order MOS-C phase shifter structures are proposed in NMOS and PMOS configu...
In this paper, a voltage-mode (VM) topology for providing first-order allpass filter responses is su...
International audienceIn order to correct phase non-linearities due to High Power Amplifiers (HPA) o...
A new simple and low cost frequency independent phase shifter is presented. The design is based on a...
A new simple and low cost frequency independent phase shifter is presented. The design is based on t...
A simple current(voltage)-controlled phase shifter is presented. The circuit uses a small number of ...
In this letter, a new voltage-mode (VM) configuration for providing low-power and simultaneous reali...
This paper presents the design and implementation of a 7-bit S-band digital passive phase shifter us...
Abstract — The realization of an electronically tunable phase shifter using current differencing tra...
A simple current(voltage)-controlled phase shifter is presented. The circuit uses a small number of ...
In this letter, a new voltage-mode (VM) configuration for providing low-power and simultaneous reali...