Q:
Forward biased transistor has voltage greater than
belongs to collection: DIGITAL LOGIC DESIGN - DIGITAL INTEGRATED CIRCUITS MCQ
DIGITAL LOGIC DESIGN - DIGITAL INTEGRATED CIRCUITS MCQ
- Common emitter transistors are
- The maximum number of inputs connected to the gate is called
- CMOS stands for
- Exceeding the maximum load on circuit causes
- Bipolar are constructed with
- Delay is measured with the unit
- No current flow in transistor is called
- The behavior of a positive logical NAND gate in terms of low input produces a
- DTL stands for
- 1ns is the value equal to
- Voltage between Vcc and Voh is referred as
- Unwanted signals in image is called
- ECL stands for
- MOS stands for
- RTL stands for
- A standard TTL NAND gate uses a supply voltage of
- 0 in the logic circuit represents
- FET transistors are
- Emitter current is given by
- Term being used for loading is
- Unit of noise margin is
- TTL digital logic family uses
- CMOS digital logic family uses
- Bipolar Junction Transistor (BJT) can be either
- Basic building block of digital circuit is/are
- Bipolar transistors work on
- BJT stands for
- TTL stands for
- IC stands for
- Power formula is
- MOSFET is also called
- All high nputs of NAND gate produces
- Standard parameter value of Vol in noise margin is
- FET stands for
- Unit used for power dissipation is
- Standard parameter value of Vih in noise margin is
- Low input of NAND produces output as
- Standard parameter value of Voh in noise margin is
- For proper operation gate requires
- Maximum noise is referred to as
- 1 in the logic circuit represents
- Vol represents the
- Modification of DTL is
- Standard value of Vil in noise margin is
- MOS is being used in
- Noise margin is calculated with the difference of
- Fan-out is calculated from the ratio of
- Any high input of NOR produces output as
- The First digital Integrated circuits family that was introduced commercially is
- Forward biased transistor has voltage greater than
(c).0.6
need an explanation for this answer? contact us directly to get an explanation for this answer