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TLD7002-16ES 参数 Datasheet PDF下载

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型号: TLD7002-16ES
PDF下载: 下载PDF文件 查看货源
内容描述: [The TLD7002-16ES is a 16 channel device with integrated and protected output stages. It is designed to control LEDs with a current up to 76.5 mA as linear current sink (LCS). The power stages can be configured in parallel for higher load currents. Each individual power output stage is configured to a 6-bit current set value stored in the OTP. 16 independent and individual PWM configurations can be set. A high-speed lighting interface is used for device OTP programming, configuration, control and]
分类和应用:
文件页数/大小: 82 页 / 3105 K
品牌: INFINEON [ Infineon ]
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TLD7002-16ES  
Datasheet  
9 Communication interface  
9.1.10  
Electrical characteristics  
Table 29  
Electrical Characteristics  
VS = 6 V to 20 V, TJ = -40°C to +150°C, all voltages with respect to ground, positive currents flowing as described  
in Figure 2 (unless otherwise specified). Typical values: VS = 9 V, TJ = 25°C  
Parameter  
Symbol  
Values  
Typ.  
Unit  
Note or condition  
P-  
Number  
Min.  
0.2  
Max.  
Baud rate  
nBAUD  
-
-
2
MBaud LP_INIT = '0';  
PRQ-737  
Not subject to  
production test -  
specified by design  
Baud rate LP_INIT  
nBAUD  
0.1  
0.1  
0.5  
15  
MBaud init mode;  
LP_INIT = '1';  
PRQ-880  
Not subject to  
production test -  
specified by design  
Slave response bus idle tbus_idle  
time  
-
µs  
active mode, OTP  
programming and  
emulation modes, fail-  
safe mode;  
PRQ-738  
not subject to  
production test -  
specified by design  
Slave response bus idle tbus_idle  
1
100  
10  
µs  
init mode;  
not subject to  
production test -  
specified by design  
PRQ-781  
PRQ-820  
time in init mode  
Timeout watchdog  
tolerance  
atWD_Tol  
-10  
Not subject to  
production test -  
specified by design  
9.1.11  
Master Frame Types  
Overview  
9.1.11.1  
The frame type describes the different configuration of frames. Some of the frame types are only for specific purpose,  
which will be defined in the following subsections. The master request frames are issued by the LCU and provide  
address information for the connected slave. The slave will receive every master request frame and compare the  
address information to its reference address stored in the OTP. If the address issued by the master matches the slave  
reference address, the slave takes action according the master request frame; otherwise the entire frame will be  
ignored.  
When setting up a network it has to be taken care that all slaves connected to the network are assigned a unique  
address to avoid bus collisions. One particular slave address is used to implement a broadcast synchronization  
feature, which will cause all connected slaves to change their duty cycle output control configuration at the same  
point in time.  
The data transfer from the LCU to the slave is organized in dedicated master request frames, namely  
Datasheet  
50  
Rev.1.00  
2022-05-03  
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