IVIE IE-10A - User Manual

Focuses on research, high-density packaging, burn-in testing, and modular repair.

Highlights microphone, case material, automatic display brilliance, and graticule lighting.

Demonstrates uses in evaluating sound systems, measuring auditorium response, and circuit tracing.

Lists items included with the IE-10A, such as the analyzer, shield, batteries, adapter, case, and manual.

Covers analyzer's versatile functions, durable build, and rigorous testing procedures.

Explains normalized frequency ratio and insertion loss concepts.

Describes ON/OFF switch, graticule scales, and resolution settings.

Details the built-in microphone and the external input selector switch.

Explains gain adjustment via sensitivity switches and preamp output.

Covers charger jack, battery status LED, and signal input jack.

Differentiates between signal monitor (fast) and pink noise averaging (slow) modes.

Details charging times, operating hours, and voltage selection.

Discusses Ni-Cad battery health, memory effect, and charging recommendations.

Covers calibration with the IE-20A and the significance of crest factor.

Explains display behavior with pink noise and resolution impact on stability.

Procedure for measuring gain and frequency response of a preamplifier.

Discusses testing speakers and microphones in their operational environments.

Explains the dB scale, SPL references, and typical noise levels.

Relates weighting curves to human ear response at different SPLs.

Method for measuring signals in noisy environments using a correction chart.

Steps for measuring sound pressure levels using the analyzer.

Discusses measuring power and voltage in audio circuits.

Details voltage measurement capabilities and the use of optional accessories.

Explains using adaptors and probes to increase input impedance.

Provides the formula and procedure for measuring amplifier output power.

Explains how gain and loss are measured as relative values in dB.

Details on the internal preamplifier, its circuit, and affecting controls.

Covers dBm and dB SPL measurement ranges.

Details octave bandwidth, center frequencies, and decay times.

Outlines gain, bandwidth, flatness, and THD.

Details specified noise levels with external input.

Details specified noise levels with the internal microphone.

Focuses on research, high-density packaging, burn-in testing, and modular repair.

Highlights microphone, case material, automatic display brilliance, and graticule lighting.

Demonstrates uses in evaluating sound systems, measuring auditorium response, and circuit tracing.

Lists items included with the IE-10A, such as the analyzer, shield, batteries, adapter, case, and manual.

Covers analyzer's versatile functions, durable build, and rigorous testing procedures.

Explains normalized frequency ratio and insertion loss concepts.

Describes ON/OFF switch, graticule scales, and resolution settings.

Details the built-in microphone and the external input selector switch.

Explains gain adjustment via sensitivity switches and preamp output.

Covers charger jack, battery status LED, and signal input jack.

Differentiates between signal monitor (fast) and pink noise averaging (slow) modes.

Details charging times, operating hours, and voltage selection.

Discusses Ni-Cad battery health, memory effect, and charging recommendations.

Covers calibration with the IE-20A and the significance of crest factor.

Explains display behavior with pink noise and resolution impact on stability.

Procedure for measuring gain and frequency response of a preamplifier.

Discusses testing speakers and microphones in their operational environments.

Explains the dB scale, SPL references, and typical noise levels.

Relates weighting curves to human ear response at different SPLs.

Method for measuring signals in noisy environments using a correction chart.

Steps for measuring sound pressure levels using the analyzer.

Discusses measuring power and voltage in audio circuits.

Details voltage measurement capabilities and the use of optional accessories.

Explains using adaptors and probes to increase input impedance.

Provides the formula and procedure for measuring amplifier output power.

Explains how gain and loss are measured as relative values in dB.

Details on the internal preamplifier, its circuit, and affecting controls.

Covers dBm and dB SPL measurement ranges.

Details octave bandwidth, center frequencies, and decay times.

Outlines gain, bandwidth, flatness, and THD.

Details specified noise levels with external input.

Details specified noise levels with the internal microphone.