Sennheiser
e 935
Dynamic · Cardioid · 40–18,000 Hz · a rider regular
- The usual reason it gets specified over an SM58 is off-axis behaviour: the response a singer works at 30° is close to the one on axis, so movement costs less tone.
- Same output as a Beta 58A (2.8 mV/Pa) from a cardioid rather than a supercardioid pattern — more forgiving of a singer who drifts off the capsule.
Frequency response
Read off Sennheiser’s published response graph and re-drawn on the fixed MicSense scale (20 Hz–20 kHz, −20 to +15 dB), so two microphones can be compared at a glance. Points between the entered coordinates are interpolated — no data has been invented to smooth the curve.
Polar pattern
Generated from the first-order directivity formula for cardioid. It illustrates the pattern type — it is not a measurement of this individual model.
Specifications
| Manufacturer | Sennheiser |
|---|---|
| Model | e 935 |
| Type | Dynamic |
| Form factor | Handheld |
| Polar pattern | Cardioid |
| Frequency range | 40–18,000 Hz |
| Sensitivity | 2.8 mV/Pa · -51.0 dBV/Pa |
| Max SPL | — |
| Self-noise | — |
| Impedance | 350 Ω (nominal) |
| Connector | XLR3M |
| Powering | None (dynamic) |
| Weight | 330 g |
| Price tier | Mid |
| Introduced | 2006 |
Every figure above is from Sennheiser’s own published datasheet for this model — see the datasheet. A dash means the manufacturer does not publish that figure; it does not mean zero.
What it gets used for
- FOH vocal
- Monitor vocal
- Wireless handheld capsule
MicSense tags microphones by the job on a live stage, not by studio category — so you can filter for “kick in” or “monitor vocal” instead of working backwards from “large-diaphragm condenser”.
Compare it against the alternatives.
MicSense lets you put up to four microphones side by side — spec table, overlaid response curves and polar diagrams on one screen. Free with a free Squaresmile account.