Semiconductor cooling table

TS102GXYSemiconductor cooling tableCan be used for optical equipment such as microscopes. The temperature control of the hot and cold table is based on Peltier semiconductor temperature control chips (TEC), which can reach -40 ℃ without the need for liquid nitrogen refrigeration consumables, making it suitable for long-term experiments. The cold and hot table uses standard glass slides measuring 25mm x 75mm and can be used for precise movement of samples under a microscope. The top cover and body of TS102GXY's hot stage form an airtight chamber, while TS102VXY's is a vacuum chamber that can be filled with protective gas or evacuated (depending on the model) to prevent the sample from frosting at negative temperatures.

Semiconductor cooling tableFeatures:

Suitable for optical equipment such as microscopes

TEC semiconductor temperature control chip, no need for liquid nitrogen refrigeration consumables during cooling, suitable for long-term experiments

-Programmable temperature control from 40 ℃ to 120 ℃ (no refrigeration consumables required)

Suitable for 25 mm x 75 mm standard glass slides

Differential moving ruler for moving samples in the XY direction

An airtight chamber that can be filled with protective gas (there are also vacuum chamber models available)

Can be controlled from a thermostat or computer software, with software SDK available

Temperature control parameters:

Temperature range -20 ℃~120 ℃ standard

-40 ℃~120 ℃ optional

Heating block material: alumina

Sensor/Temperature Control Method 100 Ω Platinum RTD/PID Control

Maximum heating/cooling speed+60 ℃/min (at 37 ℃)

-20 ℃/min (at 37 ℃)

Minimum heating/cooling speed ± 0.01 ℃/min

Temperature resolution 0.01 ℃

Temperature stability ± 0.05 ℃

The software function can set temperature control rate, temperature control program, and record temperature control curve

Optical parameters:

Applicable optical path: transmission optical path and reflection optical path

Removable and replaceable window panels

Minimum working distance of objective lens 5.6 mm * WD in cross-sectional view

Minimum working distance of spotlight 13.6 mm * CWD in cross-sectional view

Transmitting hole with a diameter of 5 mm and a cross-sectional view with a diameter of VA

The observation window range of the upper cover is 27mm, with a maximum viewing angle of ± 60 ° * θ 1 in the cross-sectional view

The maximum viewing angle observed by the bottom window is ± 13 ° * θ 2 in the cross-sectional view

Window defrosting air blowing defrosting pipeline under negative temperature

Structural parameters:

Heating area/sample area 40mm x 40mm

Sample cavity height of 3.5 mm without inner cover

2.0 mm inner cover

*Maximum sample thickness=sample chamber height - slide thickness

Sample substrate defaults to 25 mm x 75 mm standard glass slide

*Can be replaced with other options according to user needs

Set out the horizontal layout, extract the upper cover, and then insert the sample

The sample XY ruler can move the sample under the microscope with a resolution of 10 μ m and a stroke of 10mm

The shell is cooled by circulating water to maintain the shell temperature near room temperature

Installation method: horizontal or vertical installation

台体尺寸/重量169 mm x 96 mm x 25 mm

800g（TS102GXY），900g（TS102VXY）

Configuration List:

Basic configuration: TS102GXY/TS1102VXY cold and hot table, mK2000B temperature controller

Shell circulating water cooling system

Optional accessories: Cold and hot table installation bracket, vacuum system (only for vacuum models)

Scope of application:

Used for matching with Instec hot and cold tables, Instec temperature control probe tables, Instec temperature control wafer clamps, Instec hot and cold plates, and Instec customized temperature control devices

Temperature control accessories series:

Installation bracket: used to fix the temperature control device on the user's equipment

MK2000B thermostat, including Instec APP temperature control software, temperature control device must be selected

Shell circulating water cooling system, Peltier type temperature control device must be selected

MITO series temperature controlled microscope camera, including control software

LWDC2 long working distance spotlight

Vacuum system: including vacuum pump and vacuum pipeline, used for vacuum type temperature control device

Shell circulating water cooling system

Used for cooling the casing/base of temperature control devices. When the temperature control device is heated/cooled, the temperature of the casing/base will be very hot/cold, which can harm surrounding personnel, equipment, and even the equipment itself. Using circulating water to keep the temperature of the casing around room temperature can effectively prevent this disaster.

MK2000B thermostat

Supports constant temperature, constant rate temperature change, pause, and programmed temperature control functions. It has the characteristics of independent multi segment PID control for hot and cold, and can store 4 sets of 20 segment calibration tables. It can be independently controlled or controlled through the Instec APP software

Temperature resolution ± 0.001 ℃ (thermistor), ± 0.01 ℃ (RTD), ± 0.1 ℃ (thermocouple)

Control interface USB virtual serial port optional other interfaces

Optional LVDC linear adjustable DC power supply for reducing electrical noise

Temperature control software Instec APP, can provide multilingual SDK

Installation bracket:

Customized for user devices, the hot table can be fixed horizontally/vertically, and can be used for user devices with vertical/horizontal light paths. Usually there are:

Circular ring type (for circular platforms), flat plate type (for square platforms)Carrier platform (used to replace equipment carrier platform), vertical (used for horizontal optical path)