Samson Hypercardioid Microphone shall be a Samson Qmic, ARCHITECT’S & ENGINEER’S Specification

ARCHITECT’S & ENGINEER’S

SPECIFICATION

The microphone shall be of a dynamic type with hypercardioid polar pattern. The micro- phone shall provide its output on a gold-plated male XLR-type connector. Output impedance shall be 150 ohms.

The microphone shall be constructed of a zinc casing and shall contain a triple-plated multi-stage windscreen and noise filter for the removal of pops, sibilance and onstage noise, an aluminum humbucking voice coil for the elimi- nation of magnetic field interference and true hum rejection, a Neoprene transformer cover for the reduction of microphonics, a high-out- put Neodymium element, and a multi-axis shock-mount to minimize handling noise. The microphone shall have frequency response from 20 Hz to 18.5 kHz, sensitivity of -47 dBV at 94 dB SPL, and a maximum SPL of 137 dB. Dimensions shall be 2.25″ (57 mm) head length, 4.5″ (114.2 mm) main unit length and 6.75″

(172 mm) total length. Weight shall be 8.7 oz. (250 g). The microphone shall carry a three- year warranty.

The microphone shall be a SAMSON QMIC.

QMIC SPECIFICATIONS
Type:	Dynamic
Polar pattern:	Hypercardioid
Frequency response:	20 Hz - 18.5 kHz
Sensitivity:	-47 dBV @ 94 dB SPL
Max.SPL:	137 dB
Output impedance (@ 1 kHz):	150 Ω
Connector:	3-pin gold-plated balanced XLR male
Dimensions
Head length:	2.25″ • 57 mm
Main unit length:	4.5″ • 114.2 mm
Total length:	6.75″ • 172 mm
Weight:	8.7 oz. / 250 g

	0°
330°	30°
300°	60°
270°	90°
240°	120°
210°	150°
	180°
300Hz
1000Hz	Scale is 5 decibels per division
3000Hz

SAMSON		A • B		Span range : B	Ref. 0dB Level : 0 dB		Writing Speed : 0.5 sec.			Paper Speed : 10 mm/sec.		LINEAR
		5	10									1.0
	Measuring Obj.;	0	0									0.8
	QMIC
		-5	-10									0.6
			-20									0.4
		-10
			-30									0.2
		-15
	Date: 1/2/96
		-20	-40									0
		dB 20		50	100	200	500	1000	2000	5000	10000	20000 (Hz) V
							FREQUENCY Hz					S / N

Specifications subject to change without notice. © 1998 SAMSON