Texas Instruments Placement Papers & Test Pattern | FACE Prep

Texas Instruments Placement Papers & Test Pattern | FACE Prep

Texas Instruments Placement Papers & Test Pattern | FACE Prep

Texas Instruments Placement Papers

The Texas Instruments Test is the first round of the Texas Instruments Recruitment Process for campus placements. For off-campus hiring, the initial shortlisting is based on the candidate’s resume. This article provides comprehensive details about Texas Instruments placement papers, including the test pattern, syllabus, marking scheme, and cut-off requirements to clear the test.

Texas Instruments Selection Procedure

The recruitment process for Texas Instruments includes the following stages:

  1. Texas Instruments Test
  2. Technical Interview
  3. HR Interview

Texas Instruments Test

The Texas Instruments Test is an aptitude and technical assessment designed to evaluate a candidate’s intelligence and core subject knowledge. It consists of the following sections:

  1. Aptitude Section
  2. Analog Section
  3. Digital Section

Key Notes:

  • The Analog and Digital Design sections determine a candidate’s suitability for respective profiles.
  • Candidates clearing the cut-off for both sections can apply for both profiles.
  • Cut-off: Typically 55-60%.
  • Negative Marking: Avoid guesswork.

Texas Instruments Test Syllabus

1. Aptitude Section

This section assesses quantitative aptitude, verbal ability, and logical reasoning. Key topics include:

  • Time, Speed, and Distance
  • Time and Work
  • Probability
  • Permutation and Combination
  • Syllogism
  • Patterns
  • Synonyms and Antonyms
  • Reading Comprehension

Tip: Visit APTIPEDIA for a detailed aptitude syllabus and practice materials.

2. Analog Design

The Analog Design section evaluates fundamental and advanced concepts. Focus on the following topics:

  • Network Analysis
  • Operational Amplifiers (Op-Amps)
  • Amplifiers
  • Diodes
  • Basic BJT Circuits
  • ICs, FETs, JFETs, MOSFETs
  • Transistors
  • Filters
  • Analog Signal Processing
  • Analog System Design
  • Waveforms

3. Digital Design

This section focuses on digital concepts studied in college. Prepare the following topics:

  • Signals and Systems
  • Digital Signal Processing
  • Digital Circuits and Design
  • Microelectronics
  • Control Systems
  • Transient Analysis of Networks

Sample Questions from Previous Papers

  1. Palindrome Date
    • If the date is written as MMDDYYYY, Oct 2, 2001, is 10022001, a palindrome. What is the immediate palindrome before this date?
  2. Clock Hands Meeting
    • The time is 12:00. How often will the minute hand meet the hour hand?
  3. Bee and Trains Problem
    • Two trains travel at 100 mph each through a 200-mile tunnel in opposite directions. A supersonic bee starts at the tunnel, touches each train alternately until collision. Find the distance traveled by the bee.
  4. Logic Gate Implementation
    • Minimum number of 2-input NAND gates required to implement: Y = AB + CD + EF?
  5. Memory Hierarchy
    • In a two-level memory system, M1 is accessed first with a miss penalty of 100 nanoseconds and an access time of 2 nanoseconds. The probability of valid data in M1 is 0.97. What is the average memory access time?
  6. Interrupt Latency
    • Interrupt latency is the time elapsed between: A. Occurrence of an interrupt and its detection by the CPU B. Assertion of an interrupt and the start of the ISR C. Assertion of an interrupt and the completion of the ISR D. Start and completion of the ISR
  7. Universal Logic Set
    • Which combination does not form a universal logic set? A. 2-input AND + 2-input OR B. 2-to-1 multiplexer C. 2-input XOR + inverter D. 3-input NAND
  8. Instruction Op-Code Length
    • A CPU with 16 registers and 5 addressing modes. Correct op-code length in bits?
  9. Diode Problem
    • Given V1 = 8V and V2 = 8V, which diode will conduct? A. D1 only B. D2 only C. Both D1 and D2 D. Neither D1 nor D2
  10. Diode and Resistor
    • A forward voltage of 9V is applied to a diode in series with a 1kΩ resistor. The voltage across the resistor is zero. Why?
  11. Oscillator Phase Shift
    • For a system to work as an oscillator, the total phase shift of the loop gain must be: A. 90° B. 45° C. 270° D. 360°

Recommended Programs

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