TDT Series 3 - Revision history

Lof: /* Matlab interface */

2024-03-18T14:05:20Z

Matlab interface

← Older revision		Revision as of 14:05, 18 March 2024
Line 10:		Line 10:
	*Multi-Channel Capability: It can handle multiple channels simultaneously, which is crucial for studying neural activity in various brain regions.		*Multi-Channel Capability: It can handle multiple channels simultaneously, which is crucial for studying neural activity in various brain regions.

	==Matlab interface==		==Programming==
			===RPvdsEx===
			The programming of the RA16 and RP2 are done in RPvdsEx, which is a graphical development tool by Tucker Davis Technologies.

			===Matlab interface===
	The current (as of march 2024) Matlab interface for the TDT devices is based on the function "actxserver". Previously "actxcontrol" was used, but this will be obsolete in the near future.		The current (as of march 2024) Matlab interface for the TDT devices is based on the function "actxserver". Previously "actxcontrol" was used, but this will be obsolete in the near future.

2024-03-18T14:01:52Z

Description

← Older revision		Revision as of 14:01, 18 March 2024
Line 10:		Line 10:
	*Multi-Channel Capability: It can handle multiple channels simultaneously, which is crucial for studying neural activity in various brain regions.		*Multi-Channel Capability: It can handle multiple channels simultaneously, which is crucial for studying neural activity in various brain regions.

	===Matlab interface===		==Matlab interface==
	The current (as of march 2024) Matlab interface for the TDT devices is based on the function "actxserver". Previously "actxcontrol" was used, but this will be obsolete in the near future.		The current (as of march 2024) Matlab interface for the TDT devices is based on the function "actxserver". Previously "actxcontrol" was used, but this will be obsolete in the near future.

2024-03-18T14:01:35Z

Description

@@ Line 9: / Line 9: @@
 *Customizable: Researchers can customize and expand the system with additional modules and accessories to suit their specific experimental needs.
 *Multi-Channel Capability: It can handle multiple channels simultaneously, which is crucial for studying neural activity in various brain regions.
 ==System 3 devices==

2024-02-12T11:03:04Z

FO5 Fiber Optic Gigabit Zbus Interface

← Older revision		Revision as of 11:03, 12 February 2024
Line 138:		Line 138:
	\|}		\|}

	\* UZ3 transfer rates are highly dependent on the specs of the computer		* UZ3 transfer rates are highly dependent on the specs of the computer

	===PO5e Fiber Optic Gigabit Computer Interface===		===PO5e Fiber Optic Gigabit Computer Interface===

2024-02-12T11:02:32Z

FO5 Fiber Optic Gigabit Zbus Interface

← Older revision		Revision as of 11:02, 12 February 2024
Line 138:		Line 138:
	\|}		\|}

	* UZ3 transfer rates are highly dependent on the specs of the computer		\* UZ3 transfer rates are highly dependent on the specs of the computer

	===PO5e Fiber Optic Gigabit Computer Interface===		===PO5e Fiber Optic Gigabit Computer Interface===

2024-02-12T11:00:50Z

FO5 Fiber Optic Gigabit Zbus Interface

← Older revision		Revision as of 11:00, 12 February 2024
Line 137:		Line 137:
	\| UZ2 \|\| Write \|\| 1.0 \|\| 1.0 \|\| NS		\| UZ2 \|\| Write \|\| 1.0 \|\| 1.0 \|\| NS
	\|}		\|}

			* UZ3 transfer rates are highly dependent on the specs of the computer

	===PO5e Fiber Optic Gigabit Computer Interface===		===PO5e Fiber Optic Gigabit Computer Interface===

2024-02-12T11:00:26Z

FO5 Fiber Optic Gigabit Zbus Interface

@@ Line 118: / Line 118: @@
 ===FO5 Fiber Optic Gigabit Zbus Interface===
-%todo
+The Optibit system (Optical Gigabit) is designed for users that require high-speed real-time control of System 3 devices or precise system-wide device synchronization. The Optibit interface consists of a PCI card (PO5), PCIe card (PO5e), or PCI Cluster card (PO5c) that must be installed in the computer and one or more Optibit-to-zBus interface modules (FO5) that mount in the rear slot of a zBus device chassis or is built into RZ Processors. When using the Optibit interface, all devices are automatically phase locked to a single clock.
 ===PO5e Fiber Optic Gigabit Computer Interface===

2024-02-12T10:56:22Z

SA1 Stereo Amplifier

@@ Line 97: / Line 97: @@
 ===SA1 Stereo Amplifier===
-%todo
+The SA1 is a power amplifier for the zBus that delivers up to 3 watts of power to speakers. It has excellent channel separation combined with low noise and distortion. The frequency response is flat from 50 hertz to 200 kilohertz. Gain can be varied over a 27 dB range in 3 dB increments.
 ===FO5 Fiber Optic Gigabit Zbus Interface===

2024-02-12T10:52:46Z

PA5 Progammable Attenuator

@@ Line 61: / Line 61: @@
 *In '''Atten''' mode, the attenuation level of the signal can be adjusted from 0 to 120 dB in increments of 0.1 dB.
 *'''UserAtt''' mode applies user-programmed parameters to adjust the attenuation level. Before using the UserAtt mode, attenuation parameters must be set up using the UserOps menu.
 ===SA1 Stereo Amplifier===

2024-02-12T10:50:02Z

PA5 Progammable Attenuator

← Older revision		Revision as of 10:50, 12 February 2024
Line 56:		Line 56:

	===PA5 Progammable Attenuator===		===PA5 Progammable Attenuator===
	~~%todo~~		The PA5 Programmable Attenuator is a precision device for controlling signal levels over a wide dynamic range, providing 0 to 120 dB of attenuation for signals up to 100 kHz in frequency. The device is fully programmable; however, simple manual operation is also available using front panel controls.

			When used in manual operation, the attenuation level is adjusted in two modes of operation:
			*In '''Atten''' mode, the attenuation level of the signal can be adjusted from 0 to 120 dB in increments of 0.1 dB.
			*'''UserAtt''' mode applies user-programmed parameters to adjust the attenuation level. Before using the UserAtt mode, attenuation parameters must be set up using the UserOps menu.

	===SA1 Stereo Amplifier===		===SA1 Stereo Amplifier===