Guided Tour - Main Section

7:Tape In Level - Controls the level of signal arriving at the Tape Input jacks (see #1 on the preceding page).

8:Record Out Level - Controls the level of signal being output by the Record Out jacks (see #3 on the preceding page).

9:Auxiliary Return Level (1,2) - These knobs determine the input level of signal arriving via the TM300’s two stereo

Auxiliary return jacks (see #2 on the previous page). The “0” (2 o’clock) position of each knob indicates unity gain

(no level attenuation or boost). Moving each knob counterclockwise from the “0” position (towards “”) causes the signal to be attenuated (at the fully counterclockwise position, it is attenuated infinitely— in other words, there is no sound). Moving each knob clockwise from the “0” position (towards “+10”) causes the signal to be boosted by as much as 10 dB. Note that, when the DSP On/Off switch (see #19 on the next page) is pressed in, the internal DSP signal is instead routed to Aux Return 2, with the Aux Return Level 2 knob controlling the amount of “wet,” processed signal. For information on how to properly set these, see the sections in this manual entitled “Setting the Correct Gain Structure,” “Using the Aux Sends and Returns” and “Using DSP” (pages 14, 20 and 22).

10:Auxiliary Send Level (1,2) - These knobs determine the output level of signal being routed to the TM300’s two stereo Auxiliary Send jacks (see #6 on the preceding page) and, in the case of Aux Send 2, to the internal DSP (see the

“Using DSP” section on page 22 in this manual). The “0” (2 o’clock) position of each knob indicates unity gain (no level attenuation or boost). Moving each knob counterclockwise from the “0” position (towards “”) causes the send signal to be attenuated (at the fully counterclockwise position, it is attenuated infinitely— in other words, there is no signal being sent). Moving each knob clockwise from the “0” position (towards “+10”) causes the send signal to be boosted by as much as 10 dB. For information on how to properly set these, see the sections in this manual entitled “Setting the Correct Gain Structure” and “Using the Aux Sends and Returns” (pages 14 and 20).

11:Meter - This ten-segment bar meter shows either the Left/Right output level or the Aux 1/2 Send level, depending upon the setting of the Meter Headphone Source switch (see #15 below). For optimum signal-to-noise ratio, try to adjust all left/right and Aux send levels so that program material is usually at or around 0 dB, with occasional but not steady excursions to the red “+” segments. For more information, see the sections in this manual entitled “Setting the Correct Gain Structure” and “Using the Aux Sends and Returns” (pages 14 and 20).

12:Power LED - Lights steadily green whenever the TM300 is powered on.

13:Phantom LED - Lights steadily red when the Phantom Power switch (see #14 below) is engaged.

14:Phantom Power switch - When this switch is pressed in, the TM300 delivers 48 volts of phantom power to pins

2 and 3 of all XLR microphone connectors in all channels. WARNING: Only use this switch with the TM300 powered down. Before turning phantom power on, be sure to disconnect all non-microphone signal sources (such as passive direct injection boxes) from the XLR mic jacks. Although phantom power will have no adverse affect on connected dynamic microphones, it should be used only when one or more condenser microphones are connected to the TM300.

Refer to the owners manual of your microphone to determine whether or not it requires 48 volts phantom power—we cannot assume responsibility if you damage a mic by incorrectly applying phantom power. If you’re not completely certain that one or more connected mics require 48 volts phantom power, leave this switch off (its out position).

15:Meter / Headphone Source switch - When out (the “up” position), the Left/Right stereo output signal is routed to the headphones jack (see #24 on the next page) and to the ten-segment meter (see #11 on the previous page).

When pressed in, the Aux send 1 and 2 output signals are routed to the headphones jack and to the ten-segment meter. Note that, whenever any channel PFL switches are depressed (see #9 on page 5), the soloed channel(s) are instead routed to the headphones jack (though not to the meter).

16:Rev To Aux 1 Level - This knob determines the level of signal being routed from the internal DSP to Aux Send 1.

It allows you to add reverb or other signal processing to the sound in onstage monitors or headphones connected to the TM300 Aux Send 1 jack (when operating the TM300 in standard stereo configuration) or the right speaker outputs (when operating the TM300 in “split mono” configuration; that is, when the Aux 1 / Monitor switch [see #19 on the next page] is pressed in). For more information, refer to the wiring interconnection diagrams on pages 11 and 12 and to the sections in this manual entitled “Using the Aux Sends and Returns” and “Using DSP” on pages 20 and 22.

ENGLISH

9

Page 9
Image 9
Samson TM300 owner manual Guided Tour Main Section

TM300 specifications

The Samson TM300 is a highly regarded professional microphone designed for studio and live performance applications. Renowned for its distinctive sound quality and durability, the TM300 caters to musicians, vocalists, and audio engineers alike.

At the core of the TM300's design is its dynamic microphone element, which excels in capturing the nuances of vocal performances. This type of microphone inherently rejects unwanted noise and feedback, making it an excellent choice for both live settings and studio recordings. The TM300's frequency response, typically spanning from 50Hz to 15kHz, showcases its ability to reproduce deep lows and crisp highs, ensuring that every vocal nuance is accurately captured.

One of the standout features of the TM300 is its cardioid polar pattern. This directional pickup pattern allows the microphone to focus on sound sources directly in front of it while minimizing background noise from the sides and rear. This characteristic is crucial in live settings, where minimizing ambient noise can greatly enhance the clarity of the performance.

The TM300 is built with high-quality materials, featuring a rugged metal housing that can withstand the rigors of frequent use. Its sturdy construction ensures longevity, even in demanding environments. Furthermore, the microphone includes a built-in pop filter that helps reduce plosive sounds (such as "p" and "b" consonants), providing cleaner audio capture without the need for additional accessories.

In terms of connectivity, the Samson TM300 typically utilizes a standard XLR output, making it compatible with a wide range of mixing consoles, audio interfaces, and recording devices. This versatility allows it to be seamlessly integrated into both professional and home studio setups.

For audio professionals seeking an affordable yet high-performance microphone, the Samson TM300 offers exceptional sound quality, rugged build, and user-friendly features. Whether used for live performances, studio recordings, or broadcast applications, the TM300 continues to impress with its reliable performance, making it a favorite choice among musicians and audio engineers alike. As the demand for quality audio equipment rises, the TM300 remains a testament to Samson's commitment to excellence in the audio industry.